Science MachinesJun 22, 2023

New on the Science in Parallel #podcast🎙️
Luis Ceze of the University of Washington and OctoML, Bert de Jong of Berkeley Lab, and Katie Schuman of the University of Tennessee discuss strengths and challenges of emerging processors, such as #molecular, #quantum and #neuromorphic hardware. https://scienceinparallel.libsyn.com/season-3-episode-4-beyond-exascale-exploring-emerging-hardware

#QSAcenter #DOEscience #HPC

Science in Parallel: Season 3, Episode 5 -- Beyond Exascale: Exploring Emerging Hardware

The exascale era in computing has arrived, and that brings up the question of what’s next. We’ll discuss some emerging processor technologies-- molecular storage and computing, quantum computing and neuromorphic chips—with an expert from each of those fields. Learn more about these technologies’ strengths and challenges and how they might be incorporated into tomorrow’s systems.  You’ll meet: , professor of and CEO of the AI startup . , senior scientist and department head for computational sciences at and deputy director of the .  , is a neuromorphic computing researcher and an assistant professor of computer science at the .

Science MachinesApr 13, 2023
On ASCR Discovery, Bert de Jong of Berkeley Lab talks about the evolution of #quantum computing. He describes today's technology, work at the Quantum Systems Accelerator, #qubits' place in the #HPC ecosystem, and benchmarks that could usher them into wider use. https://ascr-discovery.org/2023/04/quantum-evolution/ #QSAcenter #WorldQuantumDay
Quantum evolution - ASCR Discovery

Bert de Jong leads the Applied Computing for Scientific Discovery Group at Lawrence Berkeley National Laboratory. He also heads the Advancing Integrated Development Environments for Quantum Computing through Fundamental Research project, a multi-institution effort in open-source computing, programming and simulation for Department of Energy’s Advanced Scientific Computing Research program and has leadership roles in several

ASCR Discovery - Understanding Science through Computing