We are at the very beginning of time for the human race. It is not unreasonable that we grapple with problems. But there are tens of thousands of years in the future. Our responsibility is to do what we can, learn what we can, improve the solutions, and pass them on.
— Richard Feynman
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autodidactic-qml
autodidactic-qml PublicA controlled, falsifiable testbed for SQNT-inspired recursive law learning under measurement invariants.
Python 2
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qkernel-telemetry-anomaly
qkernel-telemetry-anomaly PublicQuantum kernel methods for anomaly detection in manifold-structured telemetry. Benchmarks entanglement-based kernels and classical baselines with geometry diagnostics to study low-data anomaly sepa…
Python 2
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bqnn-benchmark
bqnn-benchmark PublicFully-functional benchmark harness for Binarized Quantum Neural Networks (BQNNs) that interpolates between classical and quantum regimes via a single quantumness parameter.
Python 2
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quantum-decision-flow
quantum-decision-flow PublicQuantum-inspired geometric transformation toolkit that applies Hamiltonian time evolution to classical datasets, producing deformed variants with measurably different topological properties dependi…
Python 2
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quantum-kernel
quantum-kernel PublicExpressivity analysis of quantum kernels with PennyLane & PyTorch
Python 2
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