TransistorMesh

Inspiration

What it does

How we built it

Challenges we ran into

Accomplishments that we're proud of

What we learned

What's next for TransistorMesh

Inspiration

QuantumHacks asks for technology that solves real problems. TransistorMesh makes the state of a spatial compute-memory fabric visible instead of hiding it behind opaque abstractions.

What we built

The dependency-free runtime models a self-describing 3D bit cube, metadata plane, local Boolean operations, deterministic serialization, corruption detection, and replayable operation records. We added a quantum-inspired exploration layer: quantum_mix() selects bits from two equal payloads with a reproducible phase mask, while measure() reports a seeded measurement histogram.

Technical achievement

Everything runs on the Python standard library. The 11-test suite covers capacity boundaries, serialization, corruption checks, classical operators, reproducible mix output, and seeded measurement. The demo is deterministic from a clean checkout.

Honest scope

This is a classical educational simulation. It does not claim quantum hardware access, a quantum speedup, or physical transistor behavior. The quantum-inspired layer gives judges a tangible way to inspect mixing, measurement, and audit records.

Built With

• 3d-bit-fabric
• deterministic-serialization
• python
• quantum-inspired-simulation
• standard-library
• unittest