Quantum Metrology Protocols and Parallel Quantum Circuits for Silicon NISQ processors

这个博士项目将探索量子计量学和复杂性理论的数学概念，以设计新颖的量子协议，特别适合于操作具有潜在量子优势的硅NISQ器件。重点将放在探索：（i）在小规模设备上具有量子优势的计量协议和（ii）电路常数的复杂性类别及其与实现具有量子优势的并行量子计算的关系

This PhD project will explore mathematical concepts from quantum metrology and complexity theory to design novel quantum protocols, which are particularly suitable for operating silicon NISQ devices with potential quantum advantage. Special emphasis shall be given to exploring:(i) Metrology protocols which hold the promise of quantum advantage on small scale devices and(ii) The complexity class of constant with circuits and its relation to realizing parallel quantum computations with quantum advantage