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Speedrun Deterministic Embedding D=768 (A100 Colab + Circom R1CS + Base CREATE2)

Bit-exact, batch-invariant D = 768 L2 embedding normalization and orthogonal tangent Jacobian engine (K = 48 chunks of C = 16 coordinates at Q = 2^24 fixed-point scaling), engineered for NVIDIA A100-SXM4 GPUs on Google Colab with OpenTelemetry Landauer bit-erasure energy spans and Base Mainnet (chainId = 8453) wQFLOP CREATE2 settlement.

Repository Artifacts

  • jax_kernels/deterministic_l2_r1cs_d768.py: Multi-chunk (48 x 16 = 768) 128-bit limb-exact JAX @jax.custom_vjp kernel for A100 GPUs.
  • circuits/deterministic_l2_embedding_d768.circom: Circom 2.1.6 R1CS constraint system with K = 48 chunked accumulators and singleton witness determinism.
  • daemons/yennefer_a100_colab_otel_daemon.py: Yennefer daemon reading native A100 hardware energy counters (nvmlDeviceGetTotalEnergyConsumption), emitting OpenTelemetry Landauer spans (genesis.yennefer.landauer.a100), signing EIP-712 EnergyTelemetry, and settling wQFLOP on Base.
  • script/DeployWQFLOPAttestorD768.s.sol: Foundry deterministic CREATE2 deployment script for Base Mainnet (Chain ID 8453).

Code Ownership

Maintained by Principal Investigator Igor Holt (igor@kovachenterprises.com).

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