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Use live physical quantum randomness in llama.cpp and vLLM samplers. Free 24-hour and one-week access keys keep the public stream usable.
Quantum Lever streams live physical quantum randomness into LLM samplers. The vLLM and llama.cpp integrations use those bits during token sampling so, under the Many-Worlds interpretation of quantum mechanics, inference fans out across all possible continuations.
Use live physical quantum randomness in llama.cpp and vLLM samplers. Free 24-hour and one-week access keys keep the public stream usable.
Framed as an art project, Quantum Lever pushes Many-Worlds to its logical conclusion: live quantum events becoming language. The About page now includes the interactive explainer.
Signed batches expose payload hashes and a running BLAKE3 chain hash, so clients can audit that samples come from the live public stream.
The infinite-monkeys idea is true in the limit, but painfully wasteful: as the sequence length grows toward infinity, so does the ratio of gibberish to meaning. An LLM tilts the odds by assigning most probability mass to continuations that make sense. The randomness still chooses among possible outcomes, but the model magnifies the good ones.
No-email keys last 24 hours. Email keys last one week. Both are free; the key system simply keeps the shared public stream usable as the community grows.
Create an access keyfree vLLM Quantum Samplerguide llama.cpp Quantum SamplerguideFlip a coin using live quantum randomness. The measurement begins when you click, and the result appears after the next shared sample window.