Explores quantum-secure authentication in quantum systems, indicating a significant advancement in security technology.
Eleven experiments (H-500 to H-510) investigating Integrated Information Theory (IIT) in quantum systems on IBM Quantum hardware (ibm_marrakesh, 156 qubits) and GPU. Includes IIT 4.0 upgrade with cause-effect repertoires, falsifiability testing (8/8 Popper predictions passed), topological Phi (Betti numbers, Euler characteristic), QEC preserves Phi (+0.0203 bits), entangled vs separable Phi (1147x ratio), BB84 QKD on real hardware (QBER=0% without Eve, 14-15% with Eve), and quantum-secure authentication channel combining BB84 with Transformer V9 tokens. 14 IBM Quantum jobs, 202 PUBs recovered.
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Cruz Sanchez (2026) studied this question.
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