Tag light hacking

Light Hacking and Life Hacking? Credit to the Bulletproof Blog!

Life Hacking and The Bulletproof Blog

According to the infamous Mr Dave Asprey of the Bulletproof blog and lifestyle, there are a couple of ‘Light Hacks’ to create a better mood, better energy, AND better performance. As always, here at Eyekandi, when it comes down to increasing performance and hacking things, we’re all over it.

And you should be too!

For convenience to our readers, and relevance to our current research and interest in Photobiomodulation and LLLT, we will be focussing on Mr Asprey’s Light Hacks from 7,8 & 10.  Just FYI, his Light Hacks from 1-6 and 9, include the importance of UV rays, vitamin D, light and your eyes, darkness, photon waves and ‘junk light’. And if you’re interested in them, click here to see the full article on the Bulletproof Blog.

Mr Dave Asprey Bulletproof Blog Light Hacking

Mr Dave Asprey of the Bulletproof Blog

Light Hack #7: Use red light for pain, inflammation, and skin

Red light is amazing at recharging your mitochondria. Red light can also stimulate DNA and RNA synthesis, activate the lymphatic system and increase blood flow, which is good for carrying waste from the body and repairing damaged tissue. It can even decrease inflammation and swelling, all the way down to deep tissue.

That means more energy, less pain, and things like faster wound healing. Red light donates photons to your mitochondria via molecules called cytochromes, which allows them to make even more ATP for energy. This provides you with steady energy all day and better sleep at night.

How to use it: Install red lights in and around your home and use them in the early morning, at night, and therapeutically for an increase in mitochondrial function and collagen production.

For collagen synthesis, a couple minutes every day in front of a red light could significantly improve your skin’s tone, texture, redness, and signs of wrinkles and fine lines. You can also find medical-grade LLLT practitioners for a heavier dose of light.

 

Light Hack #8: Low-Level Light Therapy (LLLT)

Low-level light therapy or LLLT is like a more intense version of sitting under a red light. This is a cold laser that concentrates light to one area on your body.

Athletes use LLLT for better athletic performance, probably because it increases strength and speeds up muscle recovery. It also helps to heal infections post-surgery, relieves chronic and acute pain (especially in your joints), and decreases inflammation. LLLT increases energy by stimulating mitochondria and boosting ATP production and blood flow. And it contributes to healthy skin by healing scars and burns and decreasing UV damage. Lasers shrink nerve inflammation, so putting an LLLT 3-4 inches above your belly button, right below the rib cage, can help with stomachaches and nausea, as well as an inflamed gut.

How to use it: You can find a practitioner that uses LLLT or buy one yourself. The medical-grade lasers are pretty expensive, but consumer-grade LLLT units run anywhere from a couple hundred to a couple thousand dollars. Eyekandi Life Tech is on the brink of bringing one of these products out into the market.

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eyekandi life tech photobiomodulation LLLT

Light Hack #10: Add infrared light

Sunlight has infrared light, but you won’t get any of it from indoor lighting. You can’t see infrared light, but you can feel it; it is experienced as heat, and it supercharges your mitochondria.

You can get infrared light, which triggers even more energy production from your mitochondria in your eyes and skin, with a healthy dose of sun exposure, in incandescent bulbs (in very small amounts), or with an infrared sauna. Increased mitochondrial function, again, is going to increase blood flow, which is great for nutrient and oxygen transport and also speeds up detox pathways. This is why people are obsessed with infrared saunas.

How to use it: Switch all the bulbs in your house to incandescent, which emit a small amount of infrared. Find an infrared sauna with full-spectrum, near-infrared light. You also want to find one that emits low to no non-native EMFs (electric magnetic fields).

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