Secure quantum cryptography (one-way state generators, signatures, commitments, encryption) is constructed from new conjectures about the hardness of learning and cloning random quantum circuit outputs.
Certified randomness from quantum supremacy
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The Hardness of Learning Quantum Circuits and its Cryptographic Applications
Secure quantum cryptography (one-way state generators, signatures, commitments, encryption) is constructed from new conjectures about the hardness of learning and cloning random quantum circuit outputs.