Pathangled states allow Berry phases and production angles to serve as degrees of freedom for Bell correlations, with an approximate critical angle of 24.97 degrees marking the boundary between local-hidden-variable theories and quantum mechanics.
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Proposes a transmon-based co-designed quantum processor using a central resonator and QCR to enable NISQ simulation of nanoscale NMR with major SWAP reduction and non-unitary hyperpolarization operations.
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Berry Phase in Pathangled Systems
Pathangled states allow Berry phases and production angles to serve as degrees of freedom for Bell correlations, with an approximate critical angle of 24.97 degrees marking the boundary between local-hidden-variable theories and quantum mechanics.
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Co-Design quantum simulation of nanoscale NMR
Proposes a transmon-based co-designed quantum processor using a central resonator and QCR to enable NISQ simulation of nanoscale NMR with major SWAP reduction and non-unitary hyperpolarization operations.