QUANTUM WAVENeural wavefunctions and shared computation — a new foundation for open quantum research
Enter the research ↗A different way to study matter
Our first benchmark is deliberately small: a hydrogen molecule — reproduce a finite-basis reference, then investigate neural wavefunctions with traceable evidence
The result matters — so does the evidence behind it
Model checkpoints, configurations and independent evaluation — made inspectableE[ψθ] ≥ E0
The variational energy is an upper bound for a normalized trial state; sampled estimates carry uncertaintyPublish the system, Hamiltonian, budget and acceptance criteria before computation begins
Train neural wavefunctions with VMC and submit model checkpoints, configurations and execution logs
Independent evaluators use fresh samples, report uncertainty, and publish a traceable assessment
A proposed participation token connecting contributors and community research budgets — scientific evidence stays off-chain; funding records and settlement are planned for Robinhood Chain
The next frontier
is worth investigating