Tristan Scott

Yeah. So, right. So like it becomes normal, right? You're just used to that feeling better. And then when you get back into the shitty environment, you're like, oh shit.

And then conversely, when you go back to the good environment after being in a bad one. You notice it. Yeah. So for example, I live in central Wyoming, in a 2000 person town. So very chill, low EMF, low stress. There's no traffic. There's barely any people. My house is hardwired. I turn the power off at night. It's great. I sleep amazing.

And then conversely, when you go back to the good environment after being in a bad one. You notice it. Yeah. So for example, I live in central Wyoming, in a 2000 person town. So very chill, low EMF, low stress. There's no traffic. There's barely any people. My house is hardwired. I turn the power off at night. It's great. I sleep amazing.

And then conversely, when you go back to the good environment after being in a bad one. You notice it. Yeah. So for example, I live in central Wyoming, in a 2000 person town. So very chill, low EMF, low stress. There's no traffic. There's barely any people. My house is hardwired. I turn the power off at night. It's great. I sleep amazing.

and then our office for daylights in san francisco and i go there i was there for two weeks last month and yeah you just feel it like you're more on edge you're just hyperactive sympathetic dominant nervous system uh you don't sleep as well you're kind of just you know a little fidgety you're just stressed out and that's what you feel this anxious energy and it's probably a combination of a lot of stuff

and then our office for daylights in san francisco and i go there i was there for two weeks last month and yeah you just feel it like you're more on edge you're just hyperactive sympathetic dominant nervous system uh you don't sleep as well you're kind of just you know a little fidgety you're just stressed out and that's what you feel this anxious energy and it's probably a combination of a lot of stuff

and then our office for daylights in san francisco and i go there i was there for two weeks last month and yeah you just feel it like you're more on edge you're just hyperactive sympathetic dominant nervous system uh you don't sleep as well you're kind of just you know a little fidgety you're just stressed out and that's what you feel this anxious energy and it's probably a combination of a lot of stuff

And then I go back to Wyoming for the first time, like two weeks later, and I walk around the block and I was like, I just took a deep breath and I was like, okay, wow. Like I actually feel like I can relax. And that's what it is. It's just background stressors that are really just keeping us on edge. And that's so draining to our biology.

And then I go back to Wyoming for the first time, like two weeks later, and I walk around the block and I was like, I just took a deep breath and I was like, okay, wow. Like I actually feel like I can relax. And that's what it is. It's just background stressors that are really just keeping us on edge. And that's so draining to our biology.

And then I go back to Wyoming for the first time, like two weeks later, and I walk around the block and I was like, I just took a deep breath and I was like, okay, wow. Like I actually feel like I can relax. And that's what it is. It's just background stressors that are really just keeping us on edge. And that's so draining to our biology.

It's so fatiguing for our cells to never actually fully be in a parasympathetic state and execute biological functions. We're always in fight or flight. And over time- that results in bad outcomes at a cellular level. And it's a mitochondrial toxin is what most of these studies, there's thousands of studies, almost all of them point to oxidative stress, mitochondrial damage.

It's so fatiguing for our cells to never actually fully be in a parasympathetic state and execute biological functions. We're always in fight or flight. And over time- that results in bad outcomes at a cellular level. And it's a mitochondrial toxin is what most of these studies, there's thousands of studies, almost all of them point to oxidative stress, mitochondrial damage.

It's so fatiguing for our cells to never actually fully be in a parasympathetic state and execute biological functions. We're always in fight or flight. And over time- that results in bad outcomes at a cellular level. And it's a mitochondrial toxin is what most of these studies, there's thousands of studies, almost all of them point to oxidative stress, mitochondrial damage.

And you see it because it proliferates in the most energetically rich, dense, mitochondrial dense tissues, which is your heart, your brain, and your reproductive organs. And that's where a lot of these studies and issues are.

And you see it because it proliferates in the most energetically rich, dense, mitochondrial dense tissues, which is your heart, your brain, and your reproductive organs. And that's where a lot of these studies and issues are.

And you see it because it proliferates in the most energetically rich, dense, mitochondrial dense tissues, which is your heart, your brain, and your reproductive organs. And that's where a lot of these studies and issues are.

That's another thing that I was reading was that there was a study that was based on these EMFs and heart cancer in, I think it was mice or something. And that was, they were exposed to just, were they exposed to like 5G or was it 4G or do you know what that one was?

That's another thing that I was reading was that there was a study that was based on these EMFs and heart cancer in, I think it was mice or something. And that was, they were exposed to just, were they exposed to like 5G or was it 4G or do you know what that one was?

That's another thing that I was reading was that there was a study that was based on these EMFs and heart cancer in, I think it was mice or something. And that was, they were exposed to just, were they exposed to like 5G or was it 4G or do you know what that one was?

Yeah, it's the National Toxicology Program.