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DTSTART;TZID=America/Denver:20231113T140300
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UID:submissions.supercomputing.org_SC23_sess442_ws_whpc121@linklings.com
SUMMARY:Potential of Cryogenics Electronics for Future Computing Systems
DESCRIPTION:Meriam Gay Bautista (Lawrence Berkeley National Laboratory (LB
 NL))\n\nCryogenic electronics have great potential to advance computing ca
 pabilities and quantum information processing. We explore two categories: 
 Superconducting Electronics (SCE) and Cryogenic semiconductor electronics 
 (Cryo-Semi). Taking advantage of the inherent phenomenon of superconductiv
 ity with zero resistance and Josephson junctions, SCE presents notable adv
 antages in energy efficiency, minimal power dissipation, and gigahertz pro
 cessing speed. Similarly, cryo-semi electronics offers a compelling advant
 age over their room temperature counterpart; these include lower noise, hi
 gher operating speed, increased efficiency, and wide-range operating tempe
 rature. Both SCE and cryo-semi exhibit compatibility with quantum technolo
 gies and deep space applications. Both have the capacity to operate at dee
 p cryogenic temperatures, making them an appealing candidate for quantum c
 omputing. Their integration enables the seamless integration of classical 
 and quantum resources in a shared cryogenic environment, improving quantum
  error correction  and operating temperature compatibility.\n\nTag: State 
 of the Practice\n\nRegistration Category: Workshop Reg Pass\n\nSession Cha
 irs: Elsa J. Gonsiorowski (Lawrence Livermore National Laboratory (LLNL)) 
 and Mozhgan Kabiri chimeh (NVIDIA Corporation)\n\n
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