classical-simulation

GPU Monte Carlo Simulation Code with a taste of RASPA

Code for the Lie-Algebraic classical simulation of structured quantum circuits

Qbitwise

Classical Python toy simulation of OES-32-style metrics (no qubits, no QEC code). All outputs SYNTHETIC.

SYNTHETIC: crystallization-learned blink templates with a fail-closed gate. Not a medical device; not evaluated on human recordings; device-data adapter missing.

TopoMOx, topologies for metal oxides

Classical toy simulation (Stim + PyMatching, classical CPU only) of surface-code and repetition-code memory scaling. No hardware, not a QEC demonstration.

SYNTHETIC educational browser game: steer three coupled membranes (Oja rule, reward schemes, 2-of-3 shield, stabilizer, (1+1) evolution) and compare with measured baselines. Classical simulation, EN/FR, offline, zero dependencies, AGPL-3.0-only.

SYNTHETIC classical emulation: amplitude-encoded statevectors projected onto a stored subspace, with multi-seed sweeps and controls. Standard library only; no speedup, no Bell violation.

SYNTHETIC classical Kuramoto ring with holographic phase-pattern recall under a slow model drive. Unstructured gain modulation degrades recall. Standard library only.

SYNTHETIC streaming PCA with a Hebbian running average: measured learning curve, forgetting window, whiteness controls and self-recreation decay. Standard library only.

Classical simulation of Grover’s quantum algorithm using matricial operations.

Classical toy simulation: Bell-correlation Monte Carlo, scalar metrics ledger and digital stereo loopback. Synthetic; no quantum hardware or advantage.

SYNTHETIC classical simulation: reward schemes between agents and a 3-membrane contest with shield, amplifier and stabilizer, measured against ground-truth false events. Standard library only.

Classical SA vs D-Wave quantum annealing on Max-Cut and spin glass problems. Phase 1 complete: all classical solvers converge to identical solutions up to n=500. Waiting on D-Wave QPU access to test if quantum tunneling breaks the classical consensus.

PHMT-4 Monte Carlo: heuristic classical numpy simulation (density-matrix membranes, crystallization mirror, Observer/Calibrator). SYNTHETIC results only. Not a consciousness theory, not quantum hardware.