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DTSTART:19700308T020000
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BEGIN:VEVENT
DTSTAMP:20211207T055412Z
LOCATION:Online
DTSTART;TZID=America/Chicago:20211114T160000
DTEND;TZID=America/Chicago:20211114T160500
UID:submissions.supercomputing.org_SC21_sess328_ws_whpc107@linklings.com
SUMMARY:Early Career Lighting Talks – Exascale-Enabled Physical Modeling f
 or Next-Generation Microelectronics
DESCRIPTION:Workshop\n\nEarly Career Lighting Talks – Exascale-Enabled Phy
 sical Modeling for Next-Generation Microelectronics\n\nYao\n\nA new exasca
 le-ready software framework is proposed, for physical modeling of EM signa
 ls with the flexibility for additional physics coupling, targeted at curre
 nt and next-generation microelectronic devices.  This new platform will of
 fer (i) an algorithmically agile, open-source software framework amenable 
 to customization of existing algorithms and incorporation of new physics a
 nd  (ii)  effective scalability on leadership class  GPU/multicore superco
 mputing architectures that will provide orders-of-magnitude speedup over  
 existing capabilities. Our efforts will leverage the extensive software an
 d algorithmic expertise developed in collaboration with the Exascale Compu
 ting Project (ECP) Co-Design Center, AMReX, and related AMReX-based applic
 ations.   A preliminary demonstration of a Maxwell-micromagnetics module i
 s presented, showing agreements of our simulation to both theories and exp
 eriments.  The work we are proposing will allow us to offer an enhanced si
 mulation capability for existing industrial, academic, and laboratory cons
 umers, as well as reach into new energy-efficient application spaces with 
 the incorporation of new physics, enabling improved design of future devic
 es.\n\nTag: Online Only, Career Development, Diversity Equity Inclusion (D
 EI), Education and Training and Outreach, HPC Community Collaboration\n\nR
 egistration Category: Workshop Reg Pass
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