No Priors: Artificial Intelligence | Technology | Startups· Staffel 1· Folge 93

How Diamond Cooling Could Power the Future of AI, with Akash Systems

Donnerstag, 12. Dezember 2024 · 42 min

MP3

Shownotes

In this episode of No Priors, Sarah sits down with Felix Ejeckam and Ty Mitchell, founders of Akash Systems, a company pioneering diamond-based cooling technology for semiconductors used in space applications and large-scale AI data centers. Felix and Ty discuss how their backgrounds in materials science led them to tackle one of the most pressing challenges in tech today: thermal efficiency and heat management at scale. They explore how Akash is overcoming the limitations of traditional semiconductors and how their innovations could significantly boost AI performance. Felix and Ty also talk about their collaboration with India’s sovereign cloud provider, the importance of strengthening U.S. manufacturing in the AI chip market, and the role Akash Systems could play in advancing satellite technologies.

Sign up (no-priors.com) for new podcasts every week. Email feedback to show@no-priors.com
Follow us on Twitter: @NoPriorsPod (twitter.com/nopriorspod?s=21&t=LZIdOeIhQ4R…) | @Saranormous (twitter.com/saranormous) | @EladGil (twitter.com/eladgil) |@AkashSystems (x.com/AkashSystems) | @FelixEjeckam (x.com/felixejeckam?lang=ru)

Show Notes:
Introduction
What is Akash Systems?
Felix’s personal path to building Akash Systems
Ty’s approach to acquiring customers
Challenges of operating in space
Live demo on diamond’s conductivity
Heat issues in data centers
Heat as a fundamental limit to technological progress
Akash’s role in the semiconductor market
Growing diamonds
Collaborating with India’s sovereign cloud provider
Importance of American manufacturing for AI chips and outlook on current data capacity
The Chips Act
Future of national security lies in satellite and radar tech
Critical issues in the U.S. AI supply chain
Deep learning’s role in material science discovery
The future: AI expanding our possibilities

0:00 / 0:00