Hanselminutes is Fresh Air for Developers. A weekly commute-time podcast that promotes fresh technology and fresh voices. Talk and Tech for Developers, Life-long Learners, and Technologists.
…
continue reading
MP3•Episode home
Manage episode 522508526 series 2313123
Content provided by Audioboom and Not Impossible Labs. All podcast content including episodes, graphics, and podcast descriptions are uploaded and provided directly by Audioboom and Not Impossible Labs or their podcast platform partner. If you believe someone is using your copyrighted work without your permission, you can follow the process outlined here https://staging.podcastplayer.com/legal.
In this episode of the Not Impossible Podcast, host and Not Impossible Labs founder Mick Ebeling sits down with Dr. Kimberly Budil, Director of the Lawrence Livermore National Laboratory, who oversaw the first-ever net positive nuclear fusion reaction, a milestone comparable to the Wright brothers’ first flight.
Fusion has long lived in the realm of “someday science.” But as Dr. Budil explains, that someday is suddenly feeling a lot closer. Together, Mick and Dr. Budil unpack how 192 synchronized lasers, a gold cylinder, a diamond fuel capsule, and a tiny peppercorn-sized ball of hydrogen created one of the most important scientific achievements of our generation.
This conversation dives deep into the physics, the story, and the future of fusion energy — and explores what it will take to turn this breakthrough into a real path toward limitless, clean, sustainable power.
Topics Covered
Fusion has long lived in the realm of “someday science.” But as Dr. Budil explains, that someday is suddenly feeling a lot closer. Together, Mick and Dr. Budil unpack how 192 synchronized lasers, a gold cylinder, a diamond fuel capsule, and a tiny peppercorn-sized ball of hydrogen created one of the most important scientific achievements of our generation.
This conversation dives deep into the physics, the story, and the future of fusion energy — and explores what it will take to turn this breakthrough into a real path toward limitless, clean, sustainable power.
Topics Covered
- How the National Ignition Facility achieved the first net-positive fusion reaction
- Why fusion is “easy”… but sustained fusion is one of science’s hardest challenges
- The difference between laser fusion and magnetic fusion
- What it means to build an “X-ray oven” with gold, diamonds, and 192 laser beams
- How public-private partnerships could accelerate fusion from lab milestone to global energy source
- Why this moment is the “Wright Brothers flight” of clean energy
19 episodes