So if you're interested in seeing what all of the, uh, excitement around methylene blue is about from its, uh, ability to improve cognition, energy, improve mitochondrial function, and furthermore help mitigate or prevent things like Alzheimer's and Parkinson's and, and depression, pain, cancer, go ahead and give BioLite's methylene blue enhanced product, BioBlue, a shot and see what you notice, especially when you combine it with your red light therapy treatments.

So, you know, with that, I've, uh, partnered up with the guys at AgroSonic and we're now, you know, starting to write up art on how we're going to create homeostasis at a cellular level using light and sound, okay? 'Cause, uh, 'cause sound will affect one part of it, but there's another stimulation that I feel needs to happen, you know, within the mitochondria, right? So, you know, our mitochondria is that energy producer for our cell.

You know, it burns oxygen and sugar to create, you know, ATP.

Without ATP, we don't function as humans.

I'll reiterate, you know, the mitochondria is surrounded by cytoplasm, right? And, uh, cytoplasm is made up of cytochromes, and, you know, from a layman's term, the word cytochrome means cell of color, right? And, uh, just like with your red light therapy, you know, that, uh, the, you know, one of the main cytochromes that it stimulates is cytochrome aa3, uh, which is the, you know, the red cytochrome.

And, you know, early on, you know, Dr. Whelan at NASA proved that, um, you know, the, the, the technology that you're selling right now, this red light therapy, is stimulate a specific cytochrome which, you know, helps build extracellular proteins in the body.

You know, it's...

But back to, um, AI and data centers for a moment, what are the ecological and human health implications of all of these data centers happening all over the place? Or like popping up and then, you know, essentially it's growing like grass these days.