Long wavelength light from the sun penetrates through the body and has distal mitochondrial effects
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GET LONG WAVELENGTH LIGHT ON YOUR SKIN & IN YOUR EYES TO IMPROVE METABOLISM & OTHER ASPECTS OF CELLULAR FUNCTION • Not long ago, I did an episode of the Huberman Lab podcast with my longtime colleague, Dr. Glen Jeffery from University College, London. Here are some key takeaways some of which I’ve been reinforced by a recent study just published. • Long wavelengths of light: red, infrared etc improve mitochondrial function; ATP production and metabolism. These are striking effects, but they are
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GET LONG WAVELENGTH LIGHT ON YOUR SKIN & IN YOUR EYES TO IMPROVE METABOLISM & OTHER ASPECTS OF CELLULAR FUNCTION • Not long ago, I did an episode of the Huberman Lab podcast with my longtime colleague, Dr. Glen Jeffery from University College, London. Here are some key takeaways some of which I’ve been reinforced by a recent study just published. • Long wavelengths of light: red, infrared etc improve mitochondrial function; ATP production and metabolism. These are striking effects, but they are
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The long wavelengths of the light spectrum—red, yellow, and orange—can penetrate to approximately 15, 30, and 50 meters (49, 98, and 164 feet), respectively, while the short wavelengths of the light spectrum—violet, blue and green—can penetrate further, to the lower limits of the euphotic zone. Blue penetrates the deepest, which is why deep, clear ocean water and some tropical water appear to be blue most of the time. Moreover, clearer waters have fewer particles to affect the transmission of li
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Daily walker needed reliable light. This delivers—bright, zoomable, waterproof, long-lasting. Perfect for evening strolls. Worth it. #tiktokshopstockup#sohochic #flashlight #led #solarlights
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When white light, such as sunlight, interacts with a dispersive medium like a prism, it separates into its constituent wavelengths due to the varying degrees of refraction for different colors. 🟣 Violet: 380–450 nm (nanometers) 🔵 Blue: 450–495 nm 🟢 Green: 495–570 nm 🟡 Yellow: 570–590 nm 🟠 Orange: 590–620 nm 🔴 Red: 620–750 nm This range of wavelengths constitutes the visible spectrum, which is the portion of the electromagnetic spectrum that human eyes can detect. Each color corresponds to
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