Team Name: Solanas Walking on Keyboards
Inspiration
We get inspired by: Quantum Kernel Methods
What it does
Superquantum Hash transforms a classical bitstring into a secure hash using these quantum steps:
Encode: Input bits set parameters for Ry rotation gates, mapping the classical data into an initial quantum superposition state. Process: This quantum state evolves through layers of entangling (CNOT, CZ, etc.) and phase (Rz) gates, designed to thoroughly mix the state and create complex, input-sensitive dynamics. Measure: A single measurement in the computational basis collapses the final, complex quantum state into one specific classical bitstring, z. Output: This unique bitstring z is the resulting hash, H(x), deterministic for that specific execution.

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