Chapters
Transcript
Episode notes
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23
Introduction
00:00 • 2min
The Biggest Breakthrough in Our Life
01:32 • 3min
The Physics of Fusion
04:09 • 3min
The Materials That Make Fusion Possible
06:40 • 3min
The Effects of Fusion on Material
09:12 • 3min
The Problems With Fission
12:06 • 3min
The Future of Plasma
15:28 • 2min
The Problem With Radiation Damage in Fusion Materials
17:33 • 3min
The Effects of Transmutation on Materials and Nuclear Environments
20:46 • 3min
The Importance of a Reduced Activation Material
24:15 • 2min
The Future of Materials for Fusion Reactors
26:37 • 2min
The Future of Radiation Damage
28:22 • 4min
The Complexity of Materials Simulation
32:15 • 3min
Helon Energy's Larry Saunders: A Fusion Nuclear Materials Scientist
35:23 • 5min
The Different Types of Fusion Reactors
39:56 • 2min
Helium: The Future of Materials
42:00 • 3min
How Machine Learning Can Help You Extrapolate Out to Regions Without Data
45:06 • 3min
Helium and the Future of Energy
48:10 • 2min
The Challenges of Fusion
49:54 • 3min
The Importance of Temperature in Nanoscale Simulation
53:11 • 2min
The Importance of Data in Fusion Materials
55:24 • 2min
The Future of Fusion Research
57:17 • 5min
The Future of Fusion Nuclear Materials
01:01:55 • 4min


