{ "status": "PASS", "version": "6.0 final", "date": "2026-11-01", "pages": 107, "analytical_results": [ "Exact returned-local-memory qutrit activation capacity min(1,(4-2v)/3) for an engineered fixed-energy source, with explicit full conserving unitary attainers", "Exact rank-one phase-family capacity 1-(n-1)v/n and exponential endpoint success separation with linear physical memory-qubit count", "Closed 90-dimensional dephasing/activation dilation that records consumed environment purity and source correlations", "Finite thermal information/correlation/approximate-memory-return ledger and exponential classical-copy versus returned-purification separation", "Necessary nonmonotonic correlation-credit bound and amortized bounded-key memory-reuse inequality", "Exact finite thermal-port and classical list-decoding equivalence with paid compatible preparation", "Fixed-length noisy-channel threshold and strong converse at ell C(W)=h(p)-h(p-a)", "Exact two-binomial-tail finite noiseless capacity, polynomial finite certificates, success/failure exponents and Gaussian command correction", "Minimum Shannon record entropy: first-order linear reliability law and square-root correction", "Polynomial-run evaluator for an exponential record alphabet", "Same-temperature unassisted record-reset relative-entropy penalty", "All v4 finite spectral/prior geometry, noncommuting examples, conservative gate synthesis and prior bounded-control results retained" ], "verifier_reports": { "bright_port_results.json": "PASS", "channel_contraction_results.json": "PASS", "conservative_utility_results.json": "PASS", "finite_reference_results.json": "PASS", "fixed_prior_geometry_results.json": "PASS", "fixed_prior_results.json": "PASS", "local_compiler_results.json": "PASS", "noisy_thermal_utility_results.json": "PASS", "pulse_capacity_results.json": "PASS", "pulse_shaping_results.json": "PASS", "utility_frontier_results.json": "PASS", "v4_compiler_results.json": "PASS", "v4_record_results.json": "PASS", "v5_asymptotic_results.json": "PASS", "v5_entropy_rate_results.json": "PASS", "v5_noise_separation_results.json": "PASS", "v6_correlation_budget_results.json": "PASS", "v6_dephasing_environment_results.json": "PASS", "v6_locking_ledger_results.json": "PASS", "v6_scalable_activation_results.json": "PASS", "v6_sideinfo_results.json": "PASS", "verification_results.json": "PASS" }, "experiment_performed": false, "novelty_independently_established": false, "pdf_layout_bounds_issues": [], "rendered_pdf_review": "All 107 pages rendered and visually inspected in contact sheets; central capacity, conserving-attainer, resource-ledger and environment-dilation pages reviewed at larger scale. Two long equations wrapped and revised pages re-rendered and inspected.", "verification_scope": "Twenty-two finite numerical suites plus analytical proofs and independent scope audits; checks do not establish novelty or experimental performance", "v4_highlights": { "general_fixed_prior_models": 160, "prior_region_checks": 1760, "record_cost_conserving_attainers": 523, "record_cost_coherent_ensembles": 640, "exhaustive_classical_encoders": 6552, "uniform_shell_fixed_prior_attainers": 135, "compiler_models": 25, "compiler_basis_checks": 2200, "physical_gate_stream_simulations": 2422, "example_data_cells": 6, "example_total_cells": 2301, "example_SWAP_gates": 824, "example_Fredkin_gates": 11029, "example_returned_workspace_excitations": 1147 }, "limits": [ "New phase-family sources are prepared fixed-energy microcanonical sources, not full Gibbs receiver marginals", "Returning the complete local memory marginal does not restore the initial source correlations or dephasing environment", "Pure-input ceilings restrict extraction to one closed conserving unitary without freely supplied dephasing or discarded randomness", "Scalable coherent attainers are global unitary constructions; efficient local synthesis is not established for arbitrary visibility", "Polynomial routing for the dephased many-cell endpoint is analytical; the existing executable netlist generator fixes one classical command at a time", "The correlation triangle and resource ledgers are necessary constraints, not complete conversion criteria", "Macroscopic statements consume blocks of prepared thermal cells; no autonomous indefinitely repeated physical cycle established", "Noisy threshold uses fixed maximum block length, finite memoryless classical channel, no extra correlated decoder side record and unrestricted energy-shell controls", "First-/second-order density laws assume fixed 0