

Teaching nuclear physics using data rather than models, recovering helium from party balloons
Jun 6, 2024
David Jenkins, a nuclear physicist from the University of York, discusses innovative techniques in teaching nuclear physics, emphasizing data over traditional models to engage students. He also reflects on the cultural impact of films like Oppenheimer on public perception of the field. Joining him is Dale Keeping, helium recovery manager at ISIS Neutron and Muon Source, who highlights the critical use of helium in scientific cooling and shares an outreach initiative for recycling helium from party balloons—a clever twist in resource sustainability!
Chapters
Transcript
Episode notes
1 2 3 4 5 6
Intro
00:00 • 3min
Innovative Approaches in Nuclear Astrophysics Education
02:35 • 21min
The Essential Role of Helium in Scientific Cooling Processes
23:26 • 2min
Helium Supply and Sustainability
25:32 • 9min
Exploring the Scale of Helium Recovery and a Unique Career Path
34:09 • 2min
Career Guidance for Aspiring Scientists
36:17 • 2min