Dual-register encoding enables coined quantum walks on degree-varying complex networks with circuit depth scaling as N^1.9, shown via simulations on standard models and small IBM hardware executions.
The power function in Qmod efficiently implements the repetition of the step unitary U t = ( ˆS ˆC)t
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Coined Quantum Walks on Complex Networks for Quantum Computers
Dual-register encoding enables coined quantum walks on degree-varying complex networks with circuit depth scaling as N^1.9, shown via simulations on standard models and small IBM hardware executions.