Ricci Flow Nutrition Podcast Bob Fosbury & Scott Zimmerman: How & Why Life is Solar Powered
9 snips
Apr 29, 2025 
Bob Fosbury, an astronomer and honorary professor known for his work in quantum biology, joins Scott Zimmerman, an optics engineer with over 80 patents, to discuss the profound effects of light on life. They delve into how sunlight powers biological processes, from photosynthesis to human health, and explore the evolutionary adaptations that optimize energy absorption. The conversation also covers misconceptions about UVB exposure, the importance of circadian rhythms, and innovative ways to harness light for health benefits. A fascinating intersection of biology, light, and wellness awaits!
AI Snips
Chapters
Books
Transcript
Episode notes
Sunlight Energy Peak Matches Biology
- Sunlight's photon energy peak is around 0.75 electron volts in the near-infrared spectrum.
- This peak aligns exactly with the transparency window of living tissue, suggesting deep biological adaptation to sunlight.
High Energy of Near-Infrared Photons
- Near-infrared photons carry about 40 times more energy than thermal molecular motions at 37°C.
- This high-energy photon input enhances the efficiency of biochemical reactions beyond simple thermal effects.
Photon Boosts Mitochondrial Electron Transport
- The electron transport chain in mitochondria has multiple energy barriers around 0.4 eV steps.
- Photons with energy near 0.75 eV provide a 'boost' enabling faster electron transfer and ATP production.
