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The Fundamental Limit of Quantum Computing (FLQC)
Abstract
This work introduces the concept of the Fundamental Limit of Quantum Computation (FLQC) - a precision limit of any quantum computing device arising from the discrete structure of spacetime at the Planck scale. The limit cannot be overcome by any technological progress. Consequences for Shor's algorithm, error correction, and an experimental programme on QPUs at 30–50 mK are discussed. FLQC-Protocol uploaded to GitHub.Author's Profile
quantum computation, quantum gravity, discrete spacetime, quantum information, fundamental limits, Quantumograph, emergence, ontology of physics phase granularity, minimum phase angle, discretized rotation, QFT fidelity degradation, asymptotic error floor, fault-tolerant threshold, physical phase space, FLQC constraint, coherent rotation bound, engineering noise vs fundamental limit
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