Boost Brain Performance With 1,064 nm Light!
In this week's newsletter I cover a super exciting 1,064 nm brain red light therapy study showing increased performance even in young, healthy individuals!
In this week's newsletter I cover a super exciting 1,064 nm brain red light therapy study showing increased performance even in young, healthy individuals!
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.
2025 was a turning point for red light therapy. After testing 30+ masks and panels, reviewing new science, and tracking real-world failures, this year-in-review breaks down what actually worked, what didn’t, and what to watch in 2026.
Here's a very exciting December 2025 review broken down, that has a surprising outcome and once again contradicts the experience many people in our Facebook group have!
You’re not buying a red light therapy device — you’re buying light. Masks, panels, torches and beds all deliver red and near-infrared light. The real decision is choosing the applicator that fits your goals, budget and lifestyle, not chasing features.
Want the skin and anti-aging benefits of red light therapy without wearing a mask? This guide breaks down six proven mask alternatives, explaining coverage, wavelengths, portability, and which device fits your goals and budget best.
In this article you'll find the must-read science content, reviews, comparisons, new shopping tools, and more, from Light Therapy Insiders 2025
I trained an AI on seven years of red light therapy testing, internal notes, comparisons, and peer-reviewed science. This assistant helps you choose the right device, compare products, and find real deals — without marketing hype.
Does red or near-infrared light actually penetrate bone? This hands-on red light therapy bone test uses real spectrometer measurements through tibia and skull to show how much light gets through, which wavelengths work best, and what it means for brain and deep-tissue therapy.