Red light therapy has gone mainstream—but the science behind it is still evolving. In this episode, Ari Whitten breaks down how red and near-infrared light interact with mitochondria, why many dosing debates miss the point, and what most device companies get wrong.
The landscape of wearable red light therapy is changing fast, and as someone who
Tom Kerber (SunPowerLED) joins the podcast to unpack the most misunderstood part of photobiomodulation: dosing. We cover penetration depth, wavelength choice, tissue scattering, and what matters most when treating deeper structures.
Three conversations with researcher Sarah Turner explore how red light therapy may influence brain performance, gut health, and mood through the brain–gut axis, as well as what new science is revealing about light, water, and neuroplasticity.
How do the pros really use red light therapy? THOR CEO James Carroll shares deep insights on dosing, irradiance, wavelength selection, and advanced protocols—including how red light therapy is used by elite institutions like Harvard and the U.S. military.
Discover how red light therapy is helping real-world brain disorder cases—including epilepsy. Dr. Randy Beck explains how lasers impact neuroplasticity, why targeted dosing is crucial, and what most helmets get wrong—and the critical scan you MUST do before using light on your head.
We dive deep into the research on 810nm red light therapy and explore its unique brain and body benefits—with expert insights from Bart Wolbers.
Kineon CEO Tom Sanderson reveals how Move+ Pro and future red light therapy innovations are transforming recovery, gut health, and brain wellness.
I interviewed Kineon CEO Forrest Smith: We covered laser + LED synergy, why small wearable devices may outperform large panels for joint therapy, and how red light interacts with tissues deep inside the body.
