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nasa-v3-mmlupro-10097 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 10097 | licensed_benchmark_import | mmlu-pro:test:10097 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "How do scientists know that the majority of meteorites come from the asteroid belt?", "context": [], "choices": {"A": "The spectra of some meteorites are similar to the spectra of asteroids in the asteroid belt.", "B": "The chemical composition of meteorites is identical to the composition of asteroids from... | {"checks": [{"path": "answer", "kind": "exact", "expected": "A", "critical": true, "weight": 1}], "reference_response": {"answer": "A"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "10097", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/... | {} |
nasa-v3-mmlupro-10100 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 10100 | licensed_benchmark_import | mmlu-pro:test:10100 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Suppose you live on the Moon. How long is a day (i.e. from sunrise to sunrise)?", "context": [], "choices": {"A": "12 Earth hours", "B": "365 Earth days", "C": "about 18 years", "D": "48 Earth hours", "E": "1 Earth hour", "F": "a year", "G": "24 hours", "H": "7 Earth days", "I": "about 50 years", "J": "29 E... | {"checks": [{"path": "answer", "kind": "exact", "expected": "J", "critical": true, "weight": 1}], "reference_response": {"answer": "J"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "10100", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/... | {} |
nasa-v3-mmlupro-10102 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 10102 | licensed_benchmark_import | mmlu-pro:test:10102 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "The distance between the Earth and the star Altair is one million times greater than the distance between the Earth and the Sun. How far is Altair from the Earth?", "context": [], "choices": {"A": "9.3 x 1010 meters", "B": "1.5 x 1014 meters", "C": "1.5 x 1013 meters", "D": "9.3 x 1017 meters", "E": "9.3 x ... | {"checks": [{"path": "answer", "kind": "exact", "expected": "J", "critical": true, "weight": 1}], "reference_response": {"answer": "J"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "10102", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/... | {} |
nasa-v3-mmlupro-10208 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 10208 | licensed_benchmark_import | mmlu-pro:test:10208 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "When traveling north from the United States into Canada you’ll see the North Star (Polaris) getting _________.", "context": [], "choices": {"A": "Higher in the sky", "B": "More to the East", "C": "Closer", "D": "Changing color", "E": "More to the West", "F": "Further away", "G": "Brighter", "H": "Lower in t... | {"checks": [{"path": "answer", "kind": "exact", "expected": "A", "critical": true, "weight": 1}], "reference_response": {"answer": "A"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "10208", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/... | {} |
nasa-v3-mmlupro-10211 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 10211 | licensed_benchmark_import | mmlu-pro:test:10211 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "What element is most common among the Jovian Planets?", "context": [], "choices": {"A": "Neon", "B": "Nitrogen", "C": "Helium", "D": "Carbon", "E": "Argon", "F": "Methane", "G": "Oxygen", "H": "Silicon", "I": "Hydrogen", "J": "Iron"}, "response_schema": {"type": "object", "properties": {"answer": {"type": "... | {"checks": [{"path": "answer", "kind": "exact", "expected": "I", "critical": true, "weight": 1}], "reference_response": {"answer": "I"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "10211", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/... | {} |
nasa-v3-mmlupro-10295 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 10295 | licensed_benchmark_import | mmlu-pro:test:10295 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "You observe the visible spectrum of a star viewed through a cloud of cool hydrogen gas.", "context": [], "choices": {"A": "You see the star’s blackbody spectrum with emission lines due to hydrogen.", "B": "You see only the star’s blackbody spectrum.", "C": "You see only emission lines characteristic of heli... | {"checks": [{"path": "answer", "kind": "exact", "expected": "G", "critical": true, "weight": 1}], "reference_response": {"answer": "G"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "10295", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/... | {} |
nasa-v3-mmlupro-9044 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9044 | licensed_benchmark_import | mmlu-pro:test:9044 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "What is the significance of the 1:2:4 resonance in the Jupiter's moons system?", "context": [], "choices": {"A": "It causes the three moons to always be in a straight line.", "B": "It causes Io to rotate on its axis faster than it orbits Jupiter", "C": "It creates a gap with no asteriods between the orbits.... | {"checks": [{"path": "answer", "kind": "exact", "expected": "I", "critical": true, "weight": 1}], "reference_response": {"answer": "I"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9044", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9045 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9045 | licensed_benchmark_import | mmlu-pro:test:9045 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "We were first able to accurately measure the diameter of Pluto from:", "context": [], "choices": {"A": "Lunar-based observations made during NASA's Apollo missions", "B": "The Voyager 2 spacecraft flyby in the 1980s", "C": "Observations made by the Chandra X-ray Observatory", "D": "brightness measurements m... | {"checks": [{"path": "answer", "kind": "exact", "expected": "D", "critical": true, "weight": 1}], "reference_response": {"answer": "D"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9045", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9046 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9046 | licensed_benchmark_import | mmlu-pro:test:9046 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "What about asteroids makes them stand out in sky surveys searching for them?", "context": [], "choices": {"A": "They reflect enough of the sun's light to make them brighter than most background stars", "B": "Asteroids rotate at a high speed, making them stand out", "C": "Asteroids are larger than most celes... | {"checks": [{"path": "answer", "kind": "exact", "expected": "D", "critical": true, "weight": 1}], "reference_response": {"answer": "D"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9046", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9047 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9047 | licensed_benchmark_import | mmlu-pro:test:9047 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Approximately how far away is the Andromeda Galaxy?", "context": [], "choices": {"A": "5 million light years", "B": "2.5 million light years", "C": "2.1 million light years", "D": "1.9 million light years", "E": "3.2 million light years", "F": "4 million light years", "G": "1.7 million light years", "H": "3... | {"checks": [{"path": "answer", "kind": "exact", "expected": "B", "critical": true, "weight": 1}], "reference_response": {"answer": "B"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9047", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9048 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9048 | licensed_benchmark_import | mmlu-pro:test:9048 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "What is the source of the material that causes meteor showers?", "context": [], "choices": {"A": "Large meteorites disintegrate in the Earth's atmosphere, creating smaller particles that cause a meteor shower.", "B": "Near-Earth asteroids gradually disintegrate and spread out along their orbital paths. When... | {"checks": [{"path": "answer", "kind": "exact", "expected": "J", "critical": true, "weight": 1}], "reference_response": {"answer": "J"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9048", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9165 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9165 | licensed_benchmark_import | mmlu-pro:test:9165 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "What is not true of Jupiter's magnetic field?", "context": [], "choices": {"A": "it is directly influenced by the Sun's magnetic field", "B": "it switches polarity every 11 years", "C": "it is about 20000 times stronger than Earth's magnetic field", "D": "it is weaker on the planet's dark side", "E": "it ca... | {"checks": [{"path": "answer", "kind": "exact", "expected": "B", "critical": true, "weight": 1}], "reference_response": {"answer": "B"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9165", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9167 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9167 | licensed_benchmark_import | mmlu-pro:test:9167 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "How do astronomers think Jupiter generates its internal heat?", "context": [], "choices": {"A": "the gravitational pull from its moons", "B": "heat produced by its magnetic field", "C": "by contracting changing gravitational potential energy into thermal energy", "D": "heat absorption from the Sun", "E": "n... | {"checks": [{"path": "answer", "kind": "exact", "expected": "C", "critical": true, "weight": 1}], "reference_response": {"answer": "C"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9167", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9253 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9253 | licensed_benchmark_import | mmlu-pro:test:9253 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "From laboratory measurements we know that a particular spectral line formed by hydrogen appears at a wavelength of 486.1 nanometers (nm). The spectrum of a particular star shows the same hydrogen line appearing at a wavelength of 485.9 nm. What can we conclude?", "context": [], "choices": {"A": "The star's ... | {"checks": [{"path": "answer", "kind": "exact", "expected": "J", "critical": true, "weight": 1}], "reference_response": {"answer": "J"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9253", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9255 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9255 | licensed_benchmark_import | mmlu-pro:test:9255 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Most people use C°(degree Celsius) to measure everyday temperatures. Astronomers prefer to use K (Kelvin) to measure temperatures. Approximately how many Kelvin are 25 C°?", "context": [], "choices": {"A": "350 Kelvin", "B": "250 Kelvin", "C": "200 Kelvin", "D": "300 Kelvin", "E": "375 Kelvin", "F": "275 Ke... | {"checks": [{"path": "answer", "kind": "exact", "expected": "D", "critical": true, "weight": 1}], "reference_response": {"answer": "D"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9255", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9256 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9256 | licensed_benchmark_import | mmlu-pro:test:9256 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "What do meteorites reveal about the solar system?", "context": [], "choices": {"A": "They reveal that the solar system was once part of a larger galaxy.", "B": "They reveal that all planets in the solar system once had life.", "C": "They reveal that the age of the solar system is approximately 4.6 billion y... | {"checks": [{"path": "answer", "kind": "exact", "expected": "C", "critical": true, "weight": 1}], "reference_response": {"answer": "C"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9256", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9258 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9258 | licensed_benchmark_import | mmlu-pro:test:9258 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Calculate the ratio of the solar radiation flux on Mercury's surface for perihelion (0.304 AU) versus aphelion (0.456 AU).", "context": [], "choices": {"A": "6:5", "B": "2:1", "C": "9:4", "D": "4:1", "E": "3:2", "F": "5:4", "G": "5:6", "H": "8:3", "I": "7:3", "J": "1:2"}, "response_schema": {"type": "object... | {"checks": [{"path": "answer", "kind": "exact", "expected": "C", "critical": true, "weight": 1}], "reference_response": {"answer": "C"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9258", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9261 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9261 | licensed_benchmark_import | mmlu-pro:test:9261 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Why can't we see the Sun's corona except during total solar eclipses?", "context": [], "choices": {"A": "We can't see magnetic fields", "B": "The corona is blocked by the Earth's atmosphere", "C": "The corona is hidden by the Sun's photosphere", "D": "The corona is made up mostly of charged particles which ... | {"checks": [{"path": "answer", "kind": "exact", "expected": "F", "critical": true, "weight": 1}], "reference_response": {"answer": "F"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9261", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9262 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9262 | licensed_benchmark_import | mmlu-pro:test:9262 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "The second cosmic velocity (or escape velocity) is the speed required by an object to escape the gravitational field of a celestial body with mass M and radius R. Which formula correctly calculates this velocity? (G: gravitational constant)", "context": [], "choices": {"A": "v = 2sqrt(GM/R)", "B": "v = sqrt... | {"checks": [{"path": "answer", "kind": "exact", "expected": "C", "critical": true, "weight": 1}], "reference_response": {"answer": "C"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9262", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9359 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9359 | licensed_benchmark_import | mmlu-pro:test:9359 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "A sand bag has a mass of 5kg and weight 50N on Earth. What is the mass and weight of this sand bag on a planet with half the gravity compared to Earth?", "context": [], "choices": {"A": "Mass 5kg weight 75N", "B": "Mass 5kg weight 25N", "C": "Mass 2.5kg weight 12.5N", "D": "Mass 5kg weight 100N", "E": "Mass... | {"checks": [{"path": "answer", "kind": "exact", "expected": "B", "critical": true, "weight": 1}], "reference_response": {"answer": "B"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9359", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9362 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9362 | licensed_benchmark_import | mmlu-pro:test:9362 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "The two moons of Mars are called ...", "context": [], "choices": {"A": "Deimos and Triton", "B": "Phobos and Demos", "C": "Triton and Deimos", "D": "Phobos and Deimos", "E": "Tritos and Desmos", "F": "Phobos and Mars II", "G": "Phobos and Tritos", "H": "Phobos and Triton", "I": "Tritos and Deimos", "J": "De... | {"checks": [{"path": "answer", "kind": "exact", "expected": "D", "critical": true, "weight": 1}], "reference_response": {"answer": "D"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9362", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9364 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9364 | licensed_benchmark_import | mmlu-pro:test:9364 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Find the best approximation for the surface temperature of the Sun:", "context": [], "choices": {"A": "9000 K", "B": "5000 K", "C": "6000 K", "D": "14000 K", "E": "8000 K", "F": "12000 K", "G": "7000 K", "H": "11000 K", "I": "13000 K", "J": "10000 K"}, "response_schema": {"type": "object", "properties": {"a... | {"checks": [{"path": "answer", "kind": "exact", "expected": "C", "critical": true, "weight": 1}], "reference_response": {"answer": "C"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9364", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9477 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9477 | licensed_benchmark_import | mmlu-pro:test:9477 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Why is the sky blue?", "context": [], "choices": {"A": "Because the Earth's magnetic field causes the sky to appear blue.", "B": "Because the human eye is more sensitive to blue light.", "C": "Because the Earth's atmosphere contains a large amount of blue pigment.", "D": "Because the atmosphere preferential... | {"checks": [{"path": "answer", "kind": "exact", "expected": "D", "critical": true, "weight": 1}], "reference_response": {"answer": "D"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9477", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9479 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9479 | licensed_benchmark_import | mmlu-pro:test:9479 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "According to the Solar Nebular theory what are asteroids and comets?", "context": [], "choices": {"A": "They are the shattered remains of collisions between planets.", "B": "They are chunks of rock or ice that condensed long after the planets and moons had formed.", "C": "They are solidified lava from the e... | {"checks": [{"path": "answer", "kind": "exact", "expected": "D", "critical": true, "weight": 1}], "reference_response": {"answer": "D"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9479", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9677 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9677 | licensed_benchmark_import | mmlu-pro:test:9677 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Why does the plasma (ion) tail of a comet always point away from the Sun?", "context": [], "choices": {"A": "The ions are following Keplerian orbits that lead away from the Sun.", "B": "The conservation of the angular momentum in the tail keeps it always pointing away from the Sun.", "C": "The solar wind el... | {"checks": [{"path": "answer", "kind": "exact", "expected": "C", "critical": true, "weight": 1}], "reference_response": {"answer": "C"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9677", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9680 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9680 | licensed_benchmark_import | mmlu-pro:test:9680 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Why are there no impact craters on the surface of Io?", "context": [], "choices": {"A": "Any craters that existed have been eroded through the strong winds on Io's surface.", "B": "Io is protected by a layer of gas that prevents any objects from reaching its surface.", "C": "The gravitational pull of nearby... | {"checks": [{"path": "answer", "kind": "exact", "expected": "E", "critical": true, "weight": 1}], "reference_response": {"answer": "E"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9680", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9763 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9763 | licensed_benchmark_import | mmlu-pro:test:9763 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "What is the second most common element in the solar system?", "context": [], "choices": {"A": "Methane", "B": "Nitrogen", "C": "Oxygen", "D": "Iron", "E": "Hydrogen", "F": "Helium", "G": "Neon", "H": "Carbon", "I": "Silicon", "J": "Argon"}, "response_schema": {"type": "object", "properties": {"answer": {"ty... | {"checks": [{"path": "answer", "kind": "exact", "expected": "F", "critical": true, "weight": 1}], "reference_response": {"answer": "F"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9763", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9764 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9764 | licensed_benchmark_import | mmlu-pro:test:9764 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Which of the following most likely explains why Venus does not have a strong magnetic field?", "context": [], "choices": {"A": "It has a weak gravitational field.", "B": "It has too thick an atmosphere.", "C": "It does not have a metallic core.", "D": "Its rotation is too slow.", "E": "Its distance from the... | {"checks": [{"path": "answer", "kind": "exact", "expected": "D", "critical": true, "weight": 1}], "reference_response": {"answer": "D"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9764", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9877 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9877 | licensed_benchmark_import | mmlu-pro:test:9877 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "All of the following have been cited as evidence for the Giant Impact Hypothesis except:", "context": [], "choices": {"A": "The Moon and Earth have nearly identical isotopic compositions.", "B": "The Moon's orbit is not in the same plane as Earth's equator.", "C": "The Moon's crust is thicker on the far sid... | {"checks": [{"path": "answer", "kind": "exact", "expected": "I", "critical": true, "weight": 1}], "reference_response": {"answer": "I"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9877", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa-v3-mmlupro-9989 | 3.0.0-draft | challenge | astronomy | mcq | Astronomy — source question 9989 | licensed_benchmark_import | mmlu-pro:test:9989 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Why is Saturn almost as big as Jupiter despite its smaller mass?", "context": [], "choices": {"A": "Jupiter has more moons, which increase its gravitational pull and compress it more.", "B": "The rapid rotation of Saturn causes it to expand.", "C": "Saturn's lower gravity allows it to expand more.", "D": "S... | {"checks": [{"path": "answer", "kind": "exact", "expected": "F", "critical": true, "weight": 1}], "reference_response": {"answer": "F"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "9989", "source_category": "physics", "source_license": "MIT", "origin_subdataset": "ori_mmlu-astronomy", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/b... | {} |
nasa_v3_astronomy_differential_doppler_calibration_01 | 3.0.0-draft | challenge | astronomy | structured | Separate velocity from calibration drift | original_synthetic | nasa_v3_astronomy_differential_doppler_calibration | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional spectrometer measures a line centroid at 500.06 nm; its laboratory wavelength is 500.0 nm. Calibration shows an additive wavelength offset of +0.015 nm that must be subtracted. Centroid and offset errors are independent with standard uncertainties 0.003 and 0.004 nm. Use nonrelativistic v=c*(cor... | {"checks": [{"path": "corrected_wavelength_nm", "kind": "number", "expected": 500.045, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "radial_velocity_km_s", "kind": "number", "expected": 26.98132122000954, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "velocity_sigma_km... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_differential_doppler_calibration_02 | 3.0.0-draft | challenge | astronomy | structured | Separate velocity from calibration drift | original_synthetic | nasa_v3_astronomy_differential_doppler_calibration | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional spectrometer measures a line centroid at 500.07 nm; its laboratory wavelength is 500.0 nm. Calibration shows an additive wavelength offset of +0.017 nm that must be subtracted. Centroid and offset errors are independent with standard uncertainties 0.003 and 0.004 nm. Use nonrelativistic v=c*(cor... | {"checks": [{"path": "corrected_wavelength_nm", "kind": "number", "expected": 500.053, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "radial_velocity_km_s", "kind": "number", "expected": 31.778000547998364, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "velocity_sigma_k... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_differential_doppler_calibration_03 | 3.0.0-draft | challenge | astronomy | structured | Separate velocity from calibration drift | original_synthetic | nasa_v3_astronomy_differential_doppler_calibration | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional spectrometer measures a line centroid at 500.08 nm; its laboratory wavelength is 500.0 nm. Calibration shows an additive wavelength offset of +0.019 nm that must be subtracted. Centroid and offset errors are independent with standard uncertainties 0.003 and 0.004 nm. Use nonrelativistic v=c*(cor... | {"checks": [{"path": "corrected_wavelength_nm", "kind": "number", "expected": 500.061, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "radial_velocity_km_s", "kind": "number", "expected": 36.57467987598718, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "velocity_sigma_km... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_differential_doppler_calibration_04 | 3.0.0-draft | challenge | astronomy | structured | Separate velocity from calibration drift | original_synthetic | nasa_v3_astronomy_differential_doppler_calibration | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional spectrometer measures a line centroid at 500.09 nm; its laboratory wavelength is 500.0 nm. Calibration shows an additive wavelength offset of +0.020999999999999998 nm that must be subtracted. Centroid and offset errors are independent with standard uncertainties 0.003 and 0.004 nm. Use nonrelati... | {"checks": [{"path": "corrected_wavelength_nm", "kind": "number", "expected": 500.06899999999996, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "radial_velocity_km_s", "kind": "number", "expected": 41.371359203976006, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "veloc... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_diluted_transit_01 | 3.0.0-draft | nasa_work | astronomy | structured | Correct a diluted transit estimate | original_synthetic | nasa_v3_astronomy_diluted_transit | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional photometry study reports a fractional transit depth 0.004 with Gaussian standard uncertainty 0.0003. A constant contaminant contributes fraction 0.2 of total out-of-transit flux. Treat dilution and stellar radius 0.8 solar radii as exact. Ignore limb darkening and take true depth=(planet radius/... | {"checks": [{"path": "corrected_depth", "kind": "number", "expected": 0.005, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "radius_ratio", "kind": "number", "expected": 0.07071067811865475, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "planet_radius_solar", "kind": "nu... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_diluted_transit_02 | 3.0.0-draft | nasa_work | astronomy | structured | Correct a diluted transit estimate | original_synthetic | nasa_v3_astronomy_diluted_transit | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional photometry study reports a fractional transit depth 0.005 with Gaussian standard uncertainty 0.0003. A constant contaminant contributes fraction 0.25 of total out-of-transit flux. Treat dilution and stellar radius 0.9 solar radii as exact. Ignore limb darkening and take true depth=(planet radius... | {"checks": [{"path": "corrected_depth", "kind": "number", "expected": 0.006666666666666667, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "radius_ratio", "kind": "number", "expected": 0.08164965809277261, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "planet_radius_sola... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_diluted_transit_03 | 3.0.0-draft | nasa_work | astronomy | structured | Correct a diluted transit estimate | original_synthetic | nasa_v3_astronomy_diluted_transit | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional photometry study reports a fractional transit depth 0.006 with Gaussian standard uncertainty 0.0003. A constant contaminant contributes fraction 0.30000000000000004 of total out-of-transit flux. Treat dilution and stellar radius 1.0 solar radii as exact. Ignore limb darkening and take true depth... | {"checks": [{"path": "corrected_depth", "kind": "number", "expected": 0.008571428571428572, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "radius_ratio", "kind": "number", "expected": 0.09258200997725514, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "planet_radius_sola... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_diluted_transit_04 | 3.0.0-draft | nasa_work | astronomy | structured | Correct a diluted transit estimate | original_synthetic | nasa_v3_astronomy_diluted_transit | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional photometry study reports a fractional transit depth 0.007 with Gaussian standard uncertainty 0.0003. A constant contaminant contributes fraction 0.35000000000000003 of total out-of-transit flux. Treat dilution and stellar radius 1.1 solar radii as exact. Ignore limb darkening and take true depth... | {"checks": [{"path": "corrected_depth", "kind": "number", "expected": 0.01076923076923077, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "radius_ratio", "kind": "number", "expected": 0.10377490433255417, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "planet_radius_solar... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_extinction_distance_01 | 3.0.0-draft | nasa_work | astronomy | structured | Propagate magnitude uncertainty to distance | original_synthetic | nasa_v3_astronomy_extinction_distance | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "For a fictional stellar catalog, apparent magnitude m=14.0, extinction A=0.3, and absolute magnitude M=4.2. Only m has uncertainty: use endpoints m±0.1 magnitude. The distance relation is m-A-M=5*log10(d_pc)-5. Solar absolute magnitude in this same band is 4.83; relative band luminosity is 10^(0.4*(4.83-M))... | {"checks": [{"path": "distance_pc", "kind": "number", "expected": 794.3282347242813, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "lower_distance_pc", "kind": "number", "expected": 758.5775750291835, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "upper_distance_pc", "k... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_extinction_distance_02 | 3.0.0-draft | nasa_work | astronomy | structured | Propagate magnitude uncertainty to distance | original_synthetic | nasa_v3_astronomy_extinction_distance | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "For a fictional stellar catalog, apparent magnitude m=14.3, extinction A=0.35, and absolute magnitude M=4.0. Only m has uncertainty: use endpoints m±0.1 magnitude. The distance relation is m-A-M=5*log10(d_pc)-5. Solar absolute magnitude in this same band is 4.83; relative band luminosity is 10^(0.4*(4.83-M)... | {"checks": [{"path": "distance_pc", "kind": "number", "expected": 977.2372209558112, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "lower_distance_pc", "kind": "number", "expected": 933.2543007969915, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "upper_distance_pc", "k... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_extinction_distance_03 | 3.0.0-draft | nasa_work | astronomy | structured | Propagate magnitude uncertainty to distance | original_synthetic | nasa_v3_astronomy_extinction_distance | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "For a fictional stellar catalog, apparent magnitude m=14.6, extinction A=0.4, and absolute magnitude M=3.8000000000000003. Only m has uncertainty: use endpoints m±0.1 magnitude. The distance relation is m-A-M=5*log10(d_pc)-5. Solar absolute magnitude in this same band is 4.83; relative band luminosity is 10... | {"checks": [{"path": "distance_pc", "kind": "number", "expected": 1202.2644346174118, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "lower_distance_pc", "kind": "number", "expected": 1148.1536214968817, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "upper_distance_pc", ... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_extinction_distance_04 | 3.0.0-draft | nasa_work | astronomy | structured | Propagate magnitude uncertainty to distance | original_synthetic | nasa_v3_astronomy_extinction_distance | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "For a fictional stellar catalog, apparent magnitude m=14.9, extinction A=0.45, and absolute magnitude M=3.6. Only m has uncertainty: use endpoints m±0.1 magnitude. The distance relation is m-A-M=5*log10(d_pc)-5. Solar absolute magnitude in this same band is 4.83; relative band luminosity is 10^(0.4*(4.83-M)... | {"checks": [{"path": "distance_pc", "kind": "number", "expected": 1479.1083881682086, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "lower_distance_pc", "kind": "number", "expected": 1412.5375446227556, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "upper_distance_pc", ... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_photometry_noise_budget_01 | 3.0.0-draft | nasa_work | astronomy | structured | Plan repeated aperture measurements | original_synthetic | nasa_v3_astronomy_photometry_noise_budget | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional ground astronomy analysis measures source signal 820 electrons per exposure after exact background subtraction. The aperture has 18 pixels; each contributes 180 sky electrons, dark current 0.12 electrons/s for 80 s, and read noise 3.2 electrons rms. Background-estimation uncertainty is negligibl... | {"checks": [{"path": "single_exposure_variance", "kind": "number", "expected": 4417.12, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "single_exposure_snr", "kind": "number", "expected": 12.33798544088044, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "minimum_exposures... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_photometry_noise_budget_02 | 3.0.0-draft | nasa_work | astronomy | structured | Plan repeated aperture measurements | original_synthetic | nasa_v3_astronomy_photometry_noise_budget | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional ground astronomy analysis measures source signal 950 electrons per exposure after exact background subtraction. The aperture has 20 pixels; each contributes 195 sky electrons, dark current 0.12 electrons/s for 90 s, and read noise 3.2 electrons rms. Background-estimation uncertainty is negligibl... | {"checks": [{"path": "single_exposure_variance", "kind": "number", "expected": 5270.8, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "single_exposure_snr", "kind": "number", "expected": 13.08534979651902, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "minimum_exposures"... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_photometry_noise_budget_03 | 3.0.0-draft | nasa_work | astronomy | structured | Plan repeated aperture measurements | original_synthetic | nasa_v3_astronomy_photometry_noise_budget | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional ground astronomy analysis measures source signal 1080 electrons per exposure after exact background subtraction. The aperture has 22 pixels; each contributes 210 sky electrons, dark current 0.12 electrons/s for 100 s, and read noise 3.2 electrons rms. Background-estimation uncertainty is negligi... | {"checks": [{"path": "single_exposure_variance", "kind": "number", "expected": 6189.280000000001, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "single_exposure_snr", "kind": "number", "expected": 13.727886830072377, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "minimu... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_photometry_noise_budget_04 | 3.0.0-draft | nasa_work | astronomy | structured | Plan repeated aperture measurements | original_synthetic | nasa_v3_astronomy_photometry_noise_budget | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional ground astronomy analysis measures source signal 1210 electrons per exposure after exact background subtraction. The aperture has 24 pixels; each contributes 225 sky electrons, dark current 0.12 electrons/s for 110 s, and read noise 3.2 electrons rms. Background-estimation uncertainty is negligi... | {"checks": [{"path": "single_exposure_variance", "kind": "number", "expected": 7172.5599999999995, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "single_exposure_snr", "kind": "number", "expected": 14.287237868464274, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "minim... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_redshift_resolution_01 | 3.0.0-draft | challenge | astronomy | structured | Evaluate observed-line separation | original_synthetic | nasa_v3_astronomy_redshift_resolution | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional source has two lines at rest wavelengths 500.0 and 500.3 nm and redshift z=0.1. The spectrometer has resolving power R=2100, defined by instrumental FWHM=observed central wavelength/R. For this task only, call the pair resolved if observed separation is at least 1.5 instrumental FWHM. Return obs... | {"checks": [{"path": "observed_center_nm", "kind": "number", "expected": 550.165, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "observed_separation_nm", "kind": "number", "expected": 0.3300000000000125, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "instrumental_fwhm_n... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_redshift_resolution_02 | 3.0.0-draft | challenge | astronomy | structured | Evaluate observed-line separation | original_synthetic | nasa_v3_astronomy_redshift_resolution | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional source has two lines at rest wavelengths 500.0 and 500.3 nm and redshift z=0.15000000000000002. The spectrometer has resolving power R=2300, defined by instrumental FWHM=observed central wavelength/R. For this task only, call the pair resolved if observed separation is at least 1.5 instrumental ... | {"checks": [{"path": "observed_center_nm", "kind": "number", "expected": 575.1724999999999, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "observed_separation_nm", "kind": "number", "expected": 0.3450000000000131, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "instrumen... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_redshift_resolution_03 | 3.0.0-draft | challenge | astronomy | structured | Evaluate observed-line separation | original_synthetic | nasa_v3_astronomy_redshift_resolution | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional source has two lines at rest wavelengths 500.0 and 500.3 nm and redshift z=0.2. The spectrometer has resolving power R=2500, defined by instrumental FWHM=observed central wavelength/R. For this task only, call the pair resolved if observed separation is at least 1.5 instrumental FWHM. Return obs... | {"checks": [{"path": "observed_center_nm", "kind": "number", "expected": 600.18, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "observed_separation_nm", "kind": "number", "expected": 0.36000000000001364, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "instrumental_fwhm_n... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_astronomy_redshift_resolution_04 | 3.0.0-draft | challenge | astronomy | structured | Evaluate observed-line separation | original_synthetic | nasa_v3_astronomy_redshift_resolution | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional source has two lines at rest wavelengths 500.0 and 500.3 nm and redshift z=0.25. The spectrometer has resolving power R=2700, defined by instrumental FWHM=observed central wavelength/R. For this task only, call the pair resolved if observed separation is at least 1.5 instrumental FWHM. Return ob... | {"checks": [{"path": "observed_center_nm", "kind": "number", "expected": 625.1875, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "observed_separation_nm", "kind": "number", "expected": 0.3750000000000142, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "instrumental_fwhm_... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa-v3-mmlupro-2847 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 2847 | licensed_benchmark_import | mmlu-pro:test:2847 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "What are the typical periods in the unfolding of abehavioral act?", "context": [], "choices": {"A": "Cue, Desire, Fulfillment", "B": "Arousal, Behavior, Consequence", "C": "Stimulus, Habituation, Extinction", "D": "Appetitive behavior, Consummatory act, Quiescence", "E": "Perception, Decision, Movement", "F... | {"checks": [{"path": "answer", "kind": "exact", "expected": "D", "critical": true, "weight": 1}], "reference_response": {"answer": "D"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "2847", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-2900 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 2900 | licensed_benchmark_import | mmlu-pro:test:2900 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "The cells of humans and most animals have become adapted to surviving only within a relatively small range of hydrogen ion concentrations. What is the role of the kidneys in regulating hydrogen ion concentration?", "context": [], "choices": {"A": "The kidneys filter out hydrogen ions and recycle them into o... | {"checks": [{"path": "answer", "kind": "exact", "expected": "B", "critical": true, "weight": 1}], "reference_response": {"answer": "B"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "2900", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-2908 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 2908 | licensed_benchmark_import | mmlu-pro:test:2908 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Why is a moss plant restricted to a height of less thanabout 15 cm?", "context": [], "choices": {"A": "Moss plants lack photosynthetic capabilities", "B": "Inefficiency of the rhizoids in absorbing water and minerals and the absence of True vascular and supporting tissues restricts a moss plant to a height ... | {"checks": [{"path": "answer", "kind": "exact", "expected": "B", "critical": true, "weight": 1}], "reference_response": {"answer": "B"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "2908", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-2915 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 2915 | licensed_benchmark_import | mmlu-pro:test:2915 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Why does one experience difficulty in breathing at high altitudes ?", "context": [], "choices": {"A": "At high altitudes, the amount of hemoglobin in blood decreases", "B": "At high altitudes, the body's respiratory rate decreases, leading to reduced oxygen intake", "C": "At high altitudes, the air is less ... | {"checks": [{"path": "answer", "kind": "exact", "expected": "F", "critical": true, "weight": 1}], "reference_response": {"answer": "F"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "2915", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-2947 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 2947 | licensed_benchmark_import | mmlu-pro:test:2947 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "What is the physiological purpose of shivering?", "context": [], "choices": {"A": "Shivering is a method the body uses to relieve pain.", "B": "Shivering is a tactic to ward off predators by appearing agitated.", "C": "Shivering is a way to burn excess calories", "D": "Shivering is a response to fear or anx... | {"checks": [{"path": "answer", "kind": "exact", "expected": "F", "critical": true, "weight": 1}], "reference_response": {"answer": "F"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "2947", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-2965 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 2965 | licensed_benchmark_import | mmlu-pro:test:2965 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Besides temperature, what other physical conditions must be taken into account for the growth of bacteria?", "context": [], "choices": {"A": "Levels of oxygen, acidity or alkalinity of the medium", "B": "Temperature changes, light exposure", "C": "Atmospheric pressure, noise levels", "D": "Nitrogen levels, ... | {"checks": [{"path": "answer", "kind": "exact", "expected": "A", "critical": true, "weight": 1}], "reference_response": {"answer": "A"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "2965", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-2994 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 2994 | licensed_benchmark_import | mmlu-pro:test:2994 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "The soils of which of the following biomes has the highest rate of leaching and cycling of nutrients?", "context": [], "choices": {"A": "Wetlands", "B": "Tropical rain forest", "C": "Alpine", "D": "Desert", "E": "Chaparral", "F": "Temperate deciduous forest", "G": "Savanna", "H": "Tundra", "I": "Grasslands"... | {"checks": [{"path": "answer", "kind": "exact", "expected": "B", "critical": true, "weight": 1}], "reference_response": {"answer": "B"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "2994", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "ori_mmlu-college_biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU... | {} |
nasa-v3-mmlupro-3041 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3041 | licensed_benchmark_import | mmlu-pro:test:3041 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "What are the difficulties in the classification of tissuesof higherplants?", "context": [], "choices": {"A": "Plant tissues can be fully characterized based on their evolutionary heritage", "B": "Plant tissues are distinguished only by their cellular composition without considering their function", "C": "Al... | {"checks": [{"path": "answer", "kind": "exact", "expected": "G", "critical": true, "weight": 1}], "reference_response": {"answer": "G"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3041", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-3057 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3057 | licensed_benchmark_import | mmlu-pro:test:3057 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "In order for the Hardy-Weinberg law to operate with respect to a population of organisms, each of the following conditions must be met EXCEPT:", "context": [], "choices": {"A": "Genes are exchanged with other populations.", "B": "Population size is large.", "C": "Natural selection does not take place.", "D"... | {"checks": [{"path": "answer", "kind": "exact", "expected": "A", "critical": true, "weight": 1}], "reference_response": {"answer": "A"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3057", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "ori_mmlu-college_biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU... | {} |
nasa-v3-mmlupro-3082 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3082 | licensed_benchmark_import | mmlu-pro:test:3082 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "What controls the process of molting incrustacea?", "context": [], "choices": {"A": "Water temperature alone without hormonal influence", "B": "The age of the crustacean", "C": "Environmental factors", "D": "Social interactions with other crustaceans", "E": "Diet of the crustacean", "F": "The salinity level... | {"checks": [{"path": "answer", "kind": "exact", "expected": "H", "critical": true, "weight": 1}], "reference_response": {"answer": "H"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3082", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-3086 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3086 | licensed_benchmark_import | mmlu-pro:test:3086 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Differentiate between an isometric and an isotonic contraction.", "context": [], "choices": {"A": "Isotonic contractions are used for maintaining posture and isometric contractions are used for movement", "B": "An isotonic contraction is when the muscle length remains constant and an isometric contraction i... | {"checks": [{"path": "answer", "kind": "exact", "expected": "E", "critical": true, "weight": 1}], "reference_response": {"answer": "E"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3086", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-3089 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3089 | licensed_benchmark_import | mmlu-pro:test:3089 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Define the terms \\textquotedblleftrange\\textquotedblright and \\textquotedblleftcenter of origin.\\textquotedblright", "context": [], "choices": {"A": "Center of origin is the region where a species has the highest rate of reproduction, while the range is the area where it has the lowest survival rate.", ... | {"checks": [{"path": "answer", "kind": "exact", "expected": "B", "critical": true, "weight": 1}], "reference_response": {"answer": "B"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3089", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-3092 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3092 | licensed_benchmark_import | mmlu-pro:test:3092 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "What are some of the cues used by animal in migrating?", "context": [], "choices": {"A": "Animals use the sound of the ocean waves for directional cues in migration.", "B": "Animals rely solely on memory from previous migrations.", "C": "Animals migrate based on the patterns of the stars alone.", "D": "Anim... | {"checks": [{"path": "answer", "kind": "exact", "expected": "J", "critical": true, "weight": 1}], "reference_response": {"answer": "J"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3092", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-3123 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3123 | licensed_benchmark_import | mmlu-pro:test:3123 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Describe locomotion in the amoeba.", "context": [], "choices": {"A": "Amoebas move by rolling over their surface in a continuous motion.", "B": "The locomotion of amoeba involves the projection of a pseudopodium, into which the inner endoplasm flows, causing the organism to advance. This process is often ir... | {"checks": [{"path": "answer", "kind": "exact", "expected": "B", "critical": true, "weight": 1}], "reference_response": {"answer": "B"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3123", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-3153 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3153 | licensed_benchmark_import | mmlu-pro:test:3153 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "A microbiologist takes a stool specimen from you and a few days later tells you that Escherichia coli andSalmonella typhi are growing in your intestinal tract. Which typeshould you be concerned about?", "context": [], "choices": {"A": "Only pathogenic strains of both Escherichia coli and Salmonella typhi", ... | {"checks": [{"path": "answer", "kind": "exact", "expected": "F", "critical": true, "weight": 1}], "reference_response": {"answer": "F"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3153", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-3215 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3215 | licensed_benchmark_import | mmlu-pro:test:3215 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Aggressive ants live in the swollen thorns of a small tropical tree and feed on oil-rich bodies that the tree produces at the tips of its leaflets. Which of the following experiments best tests the hypothesis that ants defend the plant by either killing or chasing away leaf-feeding insects?", "context": [],... | {"checks": [{"path": "answer", "kind": "exact", "expected": "I", "critical": true, "weight": 1}], "reference_response": {"answer": "I"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3215", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "ori_mmlu-college_biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU... | {} |
nasa-v3-mmlupro-3221 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3221 | licensed_benchmark_import | mmlu-pro:test:3221 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Charles Darwin's proposed conditions for natural selection encompass all of the following with regard to a given population EXCEPT", "context": [], "choices": {"A": "inheritance of both \"fit\" and \"unfit\" genes", "B": "differential survival and reproductive success", "C": "competition for limited resourc... | {"checks": [{"path": "answer", "kind": "exact", "expected": "A", "critical": true, "weight": 1}], "reference_response": {"answer": "A"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3221", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "ori_mmlu-college_biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU... | {} |
nasa-v3-mmlupro-3225 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3225 | licensed_benchmark_import | mmlu-pro:test:3225 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "What is the evidence that the chemical compounds of a cell arein a \"dynamic state\"?", "context": [], "choices": {"A": "The cell's compounds are stable and remain in the cell for long periods of time without being degraded and replaced.", "B": "The only exception to the dynamic state of the cell is its DNA... | {"checks": [{"path": "answer", "kind": "exact", "expected": "H", "critical": true, "weight": 1}], "reference_response": {"answer": "H"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3225", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-3236 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3236 | licensed_benchmark_import | mmlu-pro:test:3236 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "\"The ovule of a rose is analogous to the capsule of a moss.\" Explain what is wrong with this statement.", "context": [], "choices": {"A": "The ovule of a rose and the capsule of a moss are identical in function.", "B": "The ovule of a rose produces spores that do not require fertilization, while the capsu... | {"checks": [{"path": "answer", "kind": "exact", "expected": "F", "critical": true, "weight": 1}], "reference_response": {"answer": "F"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3236", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-3250 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3250 | licensed_benchmark_import | mmlu-pro:test:3250 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Arthropods have an exoskeleton. How is movement accomplished?", "context": [], "choices": {"A": "They use their wings to move", "B": "They move by changing the shape of their exoskeleton", "C": "They use cilia on the surface of their exoskeleton to move", "D": "They move due to their muscular system", "E": ... | {"checks": [{"path": "answer", "kind": "exact", "expected": "J", "critical": true, "weight": 1}], "reference_response": {"answer": "J"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3250", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-3334 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3334 | licensed_benchmark_import | mmlu-pro:test:3334 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "The following pairs were placed in solution together. Which two could be separated by performing low-speed centrifugation?", "context": [], "choices": {"A": "Golgi apparatus and endoplasmic reticulum", "B": "Lysosomes and endosomes", "C": "Plasma membrane and cytoskeleton", "D": "DNA and mRNA", "E": "Protei... | {"checks": [{"path": "answer", "kind": "exact", "expected": "F", "critical": true, "weight": 1}], "reference_response": {"answer": "F"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3334", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "ori_mmlu-college_biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU... | {} |
nasa-v3-mmlupro-3335 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3335 | licensed_benchmark_import | mmlu-pro:test:3335 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "A marine ecosystem region characterized by penetrance of solar radiation and upwelling of nutrients is the", "context": [], "choices": {"A": "limnetic zone", "B": "euphotic zone", "C": "pelagic zone", "D": "neritic zone", "E": "aphotic zone", "F": "benthyl zone", "G": "hadal zone", "H": "littoral zone", "I"... | {"checks": [{"path": "answer", "kind": "exact", "expected": "D", "critical": true, "weight": 1}], "reference_response": {"answer": "D"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3335", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "ori_mmlu-college_biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU... | {} |
nasa-v3-mmlupro-3337 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3337 | licensed_benchmark_import | mmlu-pro:test:3337 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "How has the role of internal body secretions in behavior been demonstrated in silk worms?", "context": [], "choices": {"A": "Silk worms spin cocoons based on the phase of the moon", "B": "Silk worm behavior is controlled by external stimuli", "C": "Silk worms only spin cocoons in the presence of light", "D"... | {"checks": [{"path": "answer", "kind": "exact", "expected": "I", "critical": true, "weight": 1}], "reference_response": {"answer": "I"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3337", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-3340 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3340 | licensed_benchmark_import | mmlu-pro:test:3340 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Vinegar is classified as an acid. What does this tell you about the concentration of the hydrogen ions and the hydroxide ions?", "context": [], "choices": {"A": "Vinegar has a lower concentration of hydrogen ions than hydroxide ions", "B": "Vinegar has an excess of hydrogen ions with respect to hydroxide io... | {"checks": [{"path": "answer", "kind": "exact", "expected": "B", "critical": true, "weight": 1}], "reference_response": {"answer": "B"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3340", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-3374 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3374 | licensed_benchmark_import | mmlu-pro:test:3374 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "A woman opens a can of ham and beans and suspects food poisoning . She boils the contents for half an hour. A few hours after eating the ham and beans, nausea, vomit-ing, and diarrhea set in. Explain.", "context": [], "choices": {"A": "The illness was caused by pre-formed toxins from Clostridium perfringens... | {"checks": [{"path": "answer", "kind": "exact", "expected": "B", "critical": true, "weight": 1}], "reference_response": {"answer": "B"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3374", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-3413 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3413 | licensed_benchmark_import | mmlu-pro:test:3413 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Describe the function of the lateral-line system in fishes.", "context": [], "choices": {"A": "The lateral-line system in fishes helps with the digestion of food.", "B": "The lateral-line system in fishes is used for excreting waste materials.", "C": "The lateral-line system in fishes is involved in the sec... | {"checks": [{"path": "answer", "kind": "exact", "expected": "G", "critical": true, "weight": 1}], "reference_response": {"answer": "G"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3413", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-3414 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3414 | licensed_benchmark_import | mmlu-pro:test:3414 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "How do higher plants get rid of their waste products?", "context": [], "choices": {"A": "Plants expel waste by excreting it through flowers", "B": "Plants dispose of waste by burying it in the soil", "C": "Plants filter waste through their root system, purifying it before releasing it back into the soil", "... | {"checks": [{"path": "answer", "kind": "exact", "expected": "E", "critical": true, "weight": 1}], "reference_response": {"answer": "E"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3414", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-3425 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3425 | licensed_benchmark_import | mmlu-pro:test:3425 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Suppose you discovered a new species of bioluminescent worm . How could you prove that it was the worm itself and not some contaminating bacteria that was producing the light ?", "context": [], "choices": {"A": "Isolate the light-producing organ and test it in isolation from the worm", "B": "Use spectroscop... | {"checks": [{"path": "answer", "kind": "exact", "expected": "C", "critical": true, "weight": 1}], "reference_response": {"answer": "C"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3425", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-3475 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3475 | licensed_benchmark_import | mmlu-pro:test:3475 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "What is the difference between a kinesis and a taxis?", "context": [], "choices": {"A": "Kinesis and taxis are different types of animal migration.", "B": "A kinesis is an undirected type of orientation, while a taxis is a directed type of orientation.", "C": "Kinesis is a social behavior among animals, whe... | {"checks": [{"path": "answer", "kind": "exact", "expected": "B", "critical": true, "weight": 1}], "reference_response": {"answer": "B"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3475", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa-v3-mmlupro-3499 | 3.0.0-draft | challenge | biology | mcq | Biology — source question 3499 | licensed_benchmark_import | mmlu-pro:test:3499 | inherited_answer_not_independently_reviewed | not_run | false | {"prompt": "Why does a physician advise reduced salt intake in cases of hypertension?", "context": [], "choices": {"A": "Lower salt intake prevents the constriction of blood vessels.", "B": "Reduced salt intake leads to better insulin sensitivity, which helps lower blood pressure.", "C": "Reduced salt intake improves h... | {"checks": [{"path": "answer", "kind": "exact", "expected": "E", "critical": true, "weight": 1}], "reference_response": {"answer": "E"}, "human_review_required": true, "explanation_criteria": []} | [{"source_dataset": "TIGER-Lab/MMLU-Pro", "source_revision": "b189ec765aa7ed75c8acfea42df31fdae71f97be", "source_split": "test", "source_item_id": "3499", "source_category": "biology", "source_license": "MIT", "origin_subdataset": "stemez-Biology", "source_url": "https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro/blob/... | {} |
nasa_v3_biology_culture_dilution_00 | 3.0.0-draft | nasa_work | biology | structured | Separate microbial growth from dilution | original_synthetic | nasa_v3_biology_culture_dilution | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional microbial culture grows exponentially from 200000.0 to 1600000.0 cells/mL in 5 h in a batch measurement. A separate continuously mixed vessel has the same intrinsic growth rate and dilution rate 0.25 per hour. Ignore carrying capacity and death. Return intrinsic_growth_per_h, batch_doubling_hour... | {"checks": [{"path": "intrinsic_growth_per_h", "kind": "number", "expected": 0.4158883083359671, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "batch_doubling_hours", "kind": "number", "expected": 1.6666666666666667, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "contin... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_culture_dilution_01 | 3.0.0-draft | nasa_work | biology | structured | Separate microbial growth from dilution | original_synthetic | nasa_v3_biology_culture_dilution | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional microbial culture grows exponentially from 200000.0 to 2000000.0 cells/mL in 6 h in a batch measurement. A separate continuously mixed vessel has the same intrinsic growth rate and dilution rate 0.29 per hour. Ignore carrying capacity and death. Return intrinsic_growth_per_h, batch_doubling_hour... | {"checks": [{"path": "intrinsic_growth_per_h", "kind": "number", "expected": 0.3837641821656743, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "batch_doubling_hours", "kind": "number", "expected": 1.8061799739838869, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "contin... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_culture_dilution_02 | 3.0.0-draft | nasa_work | biology | structured | Separate microbial growth from dilution | original_synthetic | nasa_v3_biology_culture_dilution | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional microbial culture grows exponentially from 200000.0 to 2400000.0000000005 cells/mL in 7 h in a batch measurement. A separate continuously mixed vessel has the same intrinsic growth rate and dilution rate 0.33 per hour. Ignore carrying capacity and death. Return intrinsic_growth_per_h, batch_doub... | {"checks": [{"path": "intrinsic_growth_per_h", "kind": "number", "expected": 0.35498666425542863, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "batch_doubling_hours", "kind": "number", "expected": 1.9526006195579089, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "conti... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_culture_dilution_03 | 3.0.0-draft | nasa_work | biology | structured | Separate microbial growth from dilution | original_synthetic | nasa_v3_biology_culture_dilution | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional microbial culture grows exponentially from 200000.0 to 2800000.0000000005 cells/mL in 8 h in a batch measurement. A separate continuously mixed vessel has the same intrinsic growth rate and dilution rate 0.37 per hour. Ignore carrying capacity and death. Return intrinsic_growth_per_h, batch_doub... | {"checks": [{"path": "intrinsic_growth_per_h", "kind": "number", "expected": 0.32988216620190736, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "batch_doubling_hours", "kind": "number", "expected": 2.101196280297548, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "contin... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_limiting_nutrient_00 | 3.0.0-draft | nasa_work | biology | structured | Close a biomass and nutrient balance | original_synthetic | nasa_v3_biology_limiting_nutrient | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A synthetic growth medium has 12 g available carbon substrate and 1.2 g nitrogen substrate. New dry biomass requires 2 g carbon substrate AND 1/6 g nitrogen substrate per g biomass. No recycling or other limitations apply. Return maximum_new_biomass_g, carbon_remaining_g, nitrogen_remaining_g and carbon_lim... | {"checks": [{"path": "maximum_new_biomass_g", "kind": "number", "expected": 6.0, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "carbon_remaining_g", "kind": "number", "expected": 0.0, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "nitrogen_remaining_g", "kind": "number"... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_limiting_nutrient_01 | 3.0.0-draft | nasa_work | biology | structured | Close a biomass and nutrient balance | original_synthetic | nasa_v3_biology_limiting_nutrient | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A synthetic growth medium has 13 g available carbon substrate and 1.5 g nitrogen substrate. New dry biomass requires 2 g carbon substrate AND 1/6 g nitrogen substrate per g biomass. No recycling or other limitations apply. Return maximum_new_biomass_g, carbon_remaining_g, nitrogen_remaining_g and carbon_lim... | {"checks": [{"path": "maximum_new_biomass_g", "kind": "number", "expected": 6.5, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "carbon_remaining_g", "kind": "number", "expected": 0.0, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "nitrogen_remaining_g", "kind": "number"... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_limiting_nutrient_02 | 3.0.0-draft | nasa_work | biology | structured | Close a biomass and nutrient balance | original_synthetic | nasa_v3_biology_limiting_nutrient | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A synthetic growth medium has 14 g available carbon substrate and 1.7999999999999998 g nitrogen substrate. New dry biomass requires 2 g carbon substrate AND 1/6 g nitrogen substrate per g biomass. No recycling or other limitations apply. Return maximum_new_biomass_g, carbon_remaining_g, nitrogen_remaining_g... | {"checks": [{"path": "maximum_new_biomass_g", "kind": "number", "expected": 7.0, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "carbon_remaining_g", "kind": "number", "expected": 0.0, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "nitrogen_remaining_g", "kind": "number"... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_limiting_nutrient_03 | 3.0.0-draft | nasa_work | biology | structured | Close a biomass and nutrient balance | original_synthetic | nasa_v3_biology_limiting_nutrient | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A synthetic growth medium has 15 g available carbon substrate and 2.0999999999999996 g nitrogen substrate. New dry biomass requires 2 g carbon substrate AND 1/6 g nitrogen substrate per g biomass. No recycling or other limitations apply. Return maximum_new_biomass_g, carbon_remaining_g, nitrogen_remaining_g... | {"checks": [{"path": "maximum_new_biomass_g", "kind": "number", "expected": 7.5, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "carbon_remaining_g", "kind": "number", "expected": 0.0, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "nitrogen_remaining_g", "kind": "number"... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_oxygen_transfer_00 | 3.0.0-draft | challenge | biology | structured | Predict dissolved oxygen in a test bioreactor | original_synthetic | nasa_v3_biology_oxygen_transfer | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A well-mixed 20 L fictional test bioreactor follows dC/dt=kLa(Csat-C)-q, where kLa=0.15 per hour, Csat=9 mg/L, q=0.7 mg/(L h), initial C=8 mg/L. Coefficients remain constant for 4 h. Return equilibrium_mg_l, concentration_after_4h_mg_l, total_oxygen_consumed_mg over 4 h and above_threshold_after_4h=(C>=3 mg... | {"checks": [{"path": "equilibrium_mg_l", "kind": "number", "expected": 4.333333333333333, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "concentration_after_4h_mg_l", "kind": "number", "expected": 6.345642665678096, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "total_o... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_oxygen_transfer_01 | 3.0.0-draft | challenge | biology | structured | Predict dissolved oxygen in a test bioreactor | original_synthetic | nasa_v3_biology_oxygen_transfer | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A well-mixed 25 L fictional test bioreactor follows dC/dt=kLa(Csat-C)-q, where kLa=0.16999999999999998 per hour, Csat=9 mg/L, q=0.8999999999999999 mg/(L h), initial C=8 mg/L. Coefficients remain constant for 4 h. Return equilibrium_mg_l, concentration_after_4h_mg_l, total_oxygen_consumed_mg over 4 h and abo... | {"checks": [{"path": "equilibrium_mg_l", "kind": "number", "expected": 3.7058823529411766, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "concentration_after_4h_mg_l", "kind": "number", "expected": 5.881355320158121, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "total_... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_oxygen_transfer_02 | 3.0.0-draft | challenge | biology | structured | Predict dissolved oxygen in a test bioreactor | original_synthetic | nasa_v3_biology_oxygen_transfer | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A well-mixed 30 L fictional test bioreactor follows dC/dt=kLa(Csat-C)-q, where kLa=0.19 per hour, Csat=9 mg/L, q=1.1 mg/(L h), initial C=8 mg/L. Coefficients remain constant for 4 h. Return equilibrium_mg_l, concentration_after_4h_mg_l, total_oxygen_consumed_mg over 4 h and above_threshold_after_4h=(C>=3 mg... | {"checks": [{"path": "equilibrium_mg_l", "kind": "number", "expected": 3.2105263157894735, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "concentration_after_4h_mg_l", "kind": "number", "expected": 5.4504023609421965, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "total... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_oxygen_transfer_03 | 3.0.0-draft | challenge | biology | structured | Predict dissolved oxygen in a test bioreactor | original_synthetic | nasa_v3_biology_oxygen_transfer | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A well-mixed 35 L fictional test bioreactor follows dC/dt=kLa(Csat-C)-q, where kLa=0.21 per hour, Csat=9 mg/L, q=1.3 mg/(L h), initial C=8 mg/L. Coefficients remain constant for 4 h. Return equilibrium_mg_l, concentration_after_4h_mg_l, total_oxygen_consumed_mg over 4 h and above_threshold_after_4h=(C>=3 mg... | {"checks": [{"path": "equilibrium_mg_l", "kind": "number", "expected": 2.8095238095238093, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "concentration_after_4h_mg_l", "kind": "number", "expected": 5.050307002560461, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "total_... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_plant_response_00 | 3.0.0-draft | nasa_work | biology | structured | Invert a synthetic plant assay response | original_synthetic | nasa_v3_biology_plant_response | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional plant-assay normalized response follows R=0.85*d^2/(EC50^2+d^2), with EC50=2.0 in arbitrary dose units. Return response_at_test_dose for d=1.5, dose_for_response_0_6, and fraction_of_max_at_test_dose. This is a mathematical assay exercise.\nReturn only the JSON object described by the response s... | {"checks": [{"path": "response_at_test_dose", "kind": "number", "expected": 0.306, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "dose_for_response_0_6", "kind": "number", "expected": 3.0983866769659336, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "fraction_of_max_at_... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_plant_response_01 | 3.0.0-draft | nasa_work | biology | structured | Invert a synthetic plant assay response | original_synthetic | nasa_v3_biology_plant_response | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional plant-assay normalized response follows R=0.85*d^2/(EC50^2+d^2), with EC50=2.5 in arbitrary dose units. Return response_at_test_dose for d=2.25, dose_for_response_0_6, and fraction_of_max_at_test_dose. This is a mathematical assay exercise.\nReturn only the JSON object described by the response ... | {"checks": [{"path": "response_at_test_dose", "kind": "number", "expected": 0.38038674033149167, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "dose_for_response_0_6", "kind": "number", "expected": 3.872983346207417, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "fracti... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_plant_response_02 | 3.0.0-draft | nasa_work | biology | structured | Invert a synthetic plant assay response | original_synthetic | nasa_v3_biology_plant_response | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional plant-assay normalized response follows R=0.85*d^2/(EC50^2+d^2), with EC50=3.0 in arbitrary dose units. Return response_at_test_dose for d=3.0, dose_for_response_0_6, and fraction_of_max_at_test_dose. This is a mathematical assay exercise.\nReturn only the JSON object described by the response s... | {"checks": [{"path": "response_at_test_dose", "kind": "number", "expected": 0.425, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "dose_for_response_0_6", "kind": "number", "expected": 4.6475800154489, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "fraction_of_max_at_tes... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_plant_response_03 | 3.0.0-draft | nasa_work | biology | structured | Invert a synthetic plant assay response | original_synthetic | nasa_v3_biology_plant_response | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional plant-assay normalized response follows R=0.85*d^2/(EC50^2+d^2), with EC50=3.5 in arbitrary dose units. Return response_at_test_dose for d=3.75, dose_for_response_0_6, and fraction_of_max_at_test_dose. This is a mathematical assay exercise.\nReturn only the JSON object described by the response ... | {"checks": [{"path": "response_at_test_dose", "kind": "number", "expected": 0.45427553444180524, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "dose_for_response_0_6", "kind": "number", "expected": 5.422176684690384, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "fracti... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_screening_base_rate_00 | 3.0.0-draft | challenge | biology | structured | Assess contamination-screening evidence | original_synthetic | nasa_v3_biology_screening_base_rate | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional laboratory contamination screen has sensitivity 0.96 and specificity 0.985. Assume prevalence 0.002 in a 10000-sample batch. Return expected_true_positives, expected_false_positives, probability_contaminated_given_positive and probability_clean_given_negative. Use expected counts; do not round t... | {"checks": [{"path": "expected_true_positives", "kind": "number", "expected": 19.2, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "expected_false_positives", "kind": "number", "expected": 149.70000000000013, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "probability_con... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_screening_base_rate_01 | 3.0.0-draft | challenge | biology | structured | Assess contamination-screening evidence | original_synthetic | nasa_v3_biology_screening_base_rate | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional laboratory contamination screen has sensitivity 0.96 and specificity 0.985. Assume prevalence 0.005 in a 10000-sample batch. Return expected_true_positives, expected_false_positives, probability_contaminated_given_positive and probability_clean_given_negative. Use expected counts; do not round t... | {"checks": [{"path": "expected_true_positives", "kind": "number", "expected": 48.0, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "expected_false_positives", "kind": "number", "expected": 149.25000000000014, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "probability_con... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_screening_base_rate_02 | 3.0.0-draft | challenge | biology | structured | Assess contamination-screening evidence | original_synthetic | nasa_v3_biology_screening_base_rate | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional laboratory contamination screen has sensitivity 0.96 and specificity 0.985. Assume prevalence 0.008 in a 10000-sample batch. Return expected_true_positives, expected_false_positives, probability_contaminated_given_positive and probability_clean_given_negative. Use expected counts; do not round t... | {"checks": [{"path": "expected_true_positives", "kind": "number", "expected": 76.8, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "expected_false_positives", "kind": "number", "expected": 148.80000000000013, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "probability_con... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
nasa_v3_biology_screening_base_rate_03 | 3.0.0-draft | challenge | biology | structured | Assess contamination-screening evidence | original_synthetic | nasa_v3_biology_screening_base_rate | formula_checked_domain_expert_review_pending | not_run | false | {"prompt": "A fictional laboratory contamination screen has sensitivity 0.96 and specificity 0.985. Assume prevalence 0.011000000000000001 in a 10000-sample batch. Return expected_true_positives, expected_false_positives, probability_contaminated_given_positive and probability_clean_given_negative. Use expected counts;... | {"checks": [{"path": "expected_true_positives", "kind": "number", "expected": 105.60000000000001, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "expected_false_positives", "kind": "number", "expected": 148.35000000000014, "atol": 1e-12, "rtol": 0.001, "critical": true, "weight": 1}, {"path": "p... | [] | {"method": "assistant_written_problem_family_and_explicit_reference_calculation", "exact_model_identity": "not_independently_verified", "external_authoring_api_calls": 0, "related_parameter_variants": 4, "independent_human_review": false} |
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