On this episode of the @HPCpodcast, sponsored by CoolIT, we meet up with optical I/O knowledgeable and repeat visitor Professor Keren Bergman to debate the newest developments within the fast paced and promising world of optical applied sciences: co-packaged photonics/opto-electronics/silicon photonics/photonic built-in circuits (PICs)/optical I/O and optical computing.
She is the Charles Batchelor Professor of Electrical Engineering, College Director of the Columbia Nano Initiative, and Principal Investigator of Lightwave Analysis Laboratory at Columbia College.
She is also the recipient of the 2016 IEEE Photonics Engineering Award and is a Fellow of Optica (Optical Society of America) and IEEE.
Professor Bergman supplies her tackle how silicon photonics had progressed since her first look April 2023(@HPCpodcast episode 54). There’s appreciable pleasure round (and funding in) the potential of silicon photonics, which can be poised to ship considerably sooner chip-to-chip knowledge motion whereas lowering warmth inside servers and knowledge facilities.
In accordance with Professor Bergman, the know-how is progressing properly, she supplies her forecast for business viability and likewise the sensible affect of silicon photonics on chip and server efficiency and on knowledge middle cooling.
She additionally discusses the know-how’s adoption by chip makers in China and its affect on that nation’s technique for attaining independence from western (and western-aligned) chip know-how designers, producers and coverage makers.
We additionally focus on the startup Xscape Photonics, co-founded by Professor Bergman.
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