Noise-Tolerant Quantum One-Time Programs Using Stateless Trusted Hardware, Revisited

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A quantum one-time program scheme is a functionality-preserving compiler that transforms a program into a quantum state that can be used to obtain only one output of the program. Our goal is to design quantum one-time programs that can be realized on existing quantum technologies. Our contributions are two-fold: 1. We design a BB84 state-based quantum one-time program scheme in the stateless trusted hardware model that is resilient to single-qubit corruption errors and detectable erasure erro