Ben Greenfield

And then we have air recirculation.

So we're trying to simulate the natural outdoor air as much as possible.

So throughout the day, depending on what time of day it is, even if we're not outdoors all day, we can use these bulbs.

And then one other example I'll give you would be electricity.

And then there's a few different places you can get them, like

So modern man-made EMF is super convenient.

Blocked blue light is one source.

Bond charge is another source.

We're using it right now to communicate over distance.

But these bulbs are designed to simulate that outdoor ancestral environment.

Kings and queens of old would have killed to have the super library that we all have in our back pockets.

Back to the root of your question, Hala, using modern science in indoor space to simulate that.

And now the artificial intelligence we can use to basically have the world's knowledge at our fingertips.

Another example would be air.

But there's a biological cost to that.

We know that outdoor air quality in most areas, maybe not Delhi or LA during the wildfires, but for the most part, outdoor air tends to be less stale, less moldy, lower in particulate matter.

There's a biological cost to just about everything.

And when our bodies are constantly exposed to that high frequency electromagnetic field, that it's actually more of a, if we want to get deep into the physics, it's more of a square waveform than a sinusoidal waveform.

That's a very small particulate matter that's harmful for the lungs.

To achieve that indoors, you need to have some air recirculation built into an office or home environment.