Tristan Scott

Maybe it makes you live longer.

Yeah, it could if you harnessed it correctly, potentially. No. The problem is that's pretty.

Yeah, it could if you harnessed it correctly, potentially. No. The problem is that's pretty.

Yeah, it could if you harnessed it correctly, potentially. No. The problem is that's pretty.

Hold crystals and, you know.

Hold crystals and, you know.

Hold crystals and, you know.

it's high power stuff um you know that's that's 60 volts or sorry 60 hertz and and pretty high voltage your body's operating on very small scale in in terms of the intensity of the fields the intensity of the currents that are running through it the intensity of the voltage so

it's high power stuff um you know that's that's 60 volts or sorry 60 hertz and and pretty high voltage your body's operating on very small scale in in terms of the intensity of the fields the intensity of the currents that are running through it the intensity of the voltage so

it's high power stuff um you know that's that's 60 volts or sorry 60 hertz and and pretty high voltage your body's operating on very small scale in in terms of the intensity of the fields the intensity of the currents that are running through it the intensity of the voltage so

To give you indication, the voltage, which is a proton gradient across your mitochondrial membrane, is around 150 millivolts. So it's pretty small in comparison to what we have, you know, powering our lives today. And although that does sum up, because you have...

To give you indication, the voltage, which is a proton gradient across your mitochondrial membrane, is around 150 millivolts. So it's pretty small in comparison to what we have, you know, powering our lives today. And although that does sum up, because you have...

To give you indication, the voltage, which is a proton gradient across your mitochondrial membrane, is around 150 millivolts. So it's pretty small in comparison to what we have, you know, powering our lives today. And although that does sum up, because you have...

trillions of mitochondria in your body, that's debatably what being alive means is that collective voltage across all your mitochondria and all your cells is like 30 trillion volts, but that's divided across every single mitochondrial membrane. And that's why this is also fascinating because people might already be listening to this like, what are they talking about?

trillions of mitochondria in your body, that's debatably what being alive means is that collective voltage across all your mitochondria and all your cells is like 30 trillion volts, but that's divided across every single mitochondrial membrane. And that's why this is also fascinating because people might already be listening to this like, what are they talking about?

trillions of mitochondria in your body, that's debatably what being alive means is that collective voltage across all your mitochondria and all your cells is like 30 trillion volts, but that's divided across every single mitochondrial membrane. And that's why this is also fascinating because people might already be listening to this like, what are they talking about?

We're talking about how your electromagnetic environment is affecting your biology, affecting your health. And there are a lot of studies out there since, you know, across the whole 20th century showing potential biological effects that are negative and they span a swath of different end side effects. But it comes down to really like oxidative stress, mitochondrial dysfunction,

We're talking about how your electromagnetic environment is affecting your biology, affecting your health. And there are a lot of studies out there since, you know, across the whole 20th century showing potential biological effects that are negative and they span a swath of different end side effects. But it comes down to really like oxidative stress, mitochondrial dysfunction,

We're talking about how your electromagnetic environment is affecting your biology, affecting your health. And there are a lot of studies out there since, you know, across the whole 20th century showing potential biological effects that are negative and they span a swath of different end side effects. But it comes down to really like oxidative stress, mitochondrial dysfunction,

and the most electromagnetic, active, energetic areas of our biology being compromised. And it just happens to coincide with this proliferation of chronic disease and chronic fatigue. And people are maybe not considering this as a large reason for that. And I would say that would be a big bit ignorant. And I want to bring more attention to this topic. But the problem is, It's very inconvenient.