Author

George Michelogiannakis is a staff scientist for the computer architecture group (CAG) of LBNL. He has extensive work on networking (both off- and on-chip) and computer architecture. His latest work focuses on post Moore's law era looking into superconducting digital logic with novel compute models, compute and memory architectures, specialization, emerging devices (transistors), photonics, and 3D integration. He is also currently characterizing the use of key resources in modern HPC systems to reveal opportunities for resource disaggregation and is designing photonically resource-disaggregated racks. Related to this panel, he has led a $3M project on novel compute methods for superconducting digital computing, data movement, chip tapeouts, and what kinds of HPC-related applications can be accelerated with superconducting computing. He is pursuing further projects on how to meet post-exascale HPC targets using superconducing logic.