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Physics-Aware, Full-Stack Quantum Software Optimizations
SessionQuantum Perspectives
DescriptionQuantum software can be a force multiplier that can significantly shorten the timeline for utility-scale results from quantum hardware. In particular, several key research directions will help realize practical quantum advantage. Physics-aware, cross-layer optimizations will continue to yield important efficiencies to allow applications to make the most of quantum resources. Software-directed error mitigation, in particular, will be key to increasing gate depths and maintaining acceptable output fidelity. Pulse-level optimizations and specialized native gates will also be key enablers. Additionally, applications will be hybrid computations involving high-performance classical resources as well as quantum hardware serving as special-purpose accelerators. Effectively partitioning computations between these classical and quantum resources will be necessary to support realistic applications. Additionally, deep compiler optimization and classical simulation of Clifford and near-Clifford circuits can also be important classical investments toward more efficient quantum computations. Finally, defining abstractions that control compiler complexity yet selectively expose key physical machine properties will also be a key area of research.
Event Type
Invited Talk
TimeThursday, 16 November 202311:15am - 12pm MST
LocationMile High Ballroom
Compilers
Hardware Technologies
Quantum Computing
TP