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DTSTAMP:20260422T000712Z
LOCATION:Mile High Ballroom
DTSTART;TZID=America/Denver:20231116T111500
DTEND;TZID=America/Denver:20231116T120000
UID:submissions.supercomputing.org_SC23_sess206_inv104@linklings.com
SUMMARY:Physics-Aware, Full-Stack Quantum Software Optimizations
DESCRIPTION:Fred Chong (University of Chicago, Infleqtion)\n\nQuantum soft
 ware 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. Phy
 sics-aware, cross-layer optimizations will continue to yield important eff
 iciencies to allow applications to make the most of quantum resources. Sof
 tware-directed error mitigation, in particular, will be key to increasing 
 gate depths and maintaining acceptable output fidelity.  Pulse-level optim
 izations and specialized native gates will also be key enablers. Additiona
 lly, applications will be hybrid computations involving high-performance c
 lassical resources as well as quantum hardware serving as special-purpose 
 accelerators.  Effectively partitioning computations between these classic
 al and quantum resources will be necessary to support realistic applicatio
 ns. Additionally, deep compiler optimization and classical simulation of C
 lifford and near-Clifford circuits can also be important classical investm
 ents toward more efficient quantum computations. Finally, defining abstrac
 tions that control compiler complexity yet selectively expose key physical
  machine properties will also be a key area of research.\n\nTag: Compilers
 , Hardware Technologies, Quantum Computing\n\nRegistration Category: Tech 
 Program Reg Pass\n\nSession Chair: Laura Schulz (Argonne National Laborato
 ry, Argonne Leadership Computing Facility)\n\n
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