Tristan Scott

yeah so what we were measuring there was as i said the body voltage so that's the electric field inducing a voltage on your body and your body is like semi-conductive so that's why that happens it's a great way to get an idea of the emfs uh from from the power frequencies from the electrical power in your sleep environment so what we did was we measured it before and after turning the power off so you were between 2000 3000 millivolts on your bed two to three volts ac again this number

yeah so what we were measuring there was as i said the body voltage so that's the electric field inducing a voltage on your body and your body is like semi-conductive so that's why that happens it's a great way to get an idea of the emfs uh from from the power frequencies from the electrical power in your sleep environment so what we did was we measured it before and after turning the power off so you were between 2000 3000 millivolts on your bed two to three volts ac again this number

yeah so what we were measuring there was as i said the body voltage so that's the electric field inducing a voltage on your body and your body is like semi-conductive so that's why that happens it's a great way to get an idea of the emfs uh from from the power frequencies from the electrical power in your sleep environment so what we did was we measured it before and after turning the power off so you were between 2000 3000 millivolts on your bed two to three volts ac again this number

in nature should be zero. There's no AC voltage in nature. So you want it as close to zero as possible. I think my bedroom is like 100 millivolts, 0.1 volts. It's hard to sometimes get below that unless literally all the circuits in your house are off.

in nature should be zero. There's no AC voltage in nature. So you want it as close to zero as possible. I think my bedroom is like 100 millivolts, 0.1 volts. It's hard to sometimes get below that unless literally all the circuits in your house are off.

in nature should be zero. There's no AC voltage in nature. So you want it as close to zero as possible. I think my bedroom is like 100 millivolts, 0.1 volts. It's hard to sometimes get below that unless literally all the circuits in your house are off.

Yeah, but again, I think what we talked about here is, for me, that stuff is important. What's external, like, yeah, if there's a cell tower nearby, 5G tower, if there's a substation, transmission lines really close by, that's a problem. But the immediate environment, what you have with your own technology is more important almost 99% of the time because it's just that much closer.

Yeah, but again, I think what we talked about here is, for me, that stuff is important. What's external, like, yeah, if there's a cell tower nearby, 5G tower, if there's a substation, transmission lines really close by, that's a problem. But the immediate environment, what you have with your own technology is more important almost 99% of the time because it's just that much closer.

Yeah, but again, I think what we talked about here is, for me, that stuff is important. What's external, like, yeah, if there's a cell tower nearby, 5G tower, if there's a substation, transmission lines really close by, that's a problem. But the immediate environment, what you have with your own technology is more important almost 99% of the time because it's just that much closer.

So we turned the circuit breaker off to your bedroom, and you went from 2 to 3 volts to 0.2, 0.25 volts on your bed. So it's a 10x reduction in the amount of AC voltage being induced on your body, and that's just by flipping the breaker off. Yeah.

So we turned the circuit breaker off to your bedroom, and you went from 2 to 3 volts to 0.2, 0.25 volts on your bed. So it's a 10x reduction in the amount of AC voltage being induced on your body, and that's just by flipping the breaker off. Yeah.

So we turned the circuit breaker off to your bedroom, and you went from 2 to 3 volts to 0.2, 0.25 volts on your bed. So it's a 10x reduction in the amount of AC voltage being induced on your body, and that's just by flipping the breaker off. Yeah.

And what does that actually do to the body, though, when all that AC voltage is running through? Do we know? We don't know. We have no clue.

And what does that actually do to the body, though, when all that AC voltage is running through? Do we know? We don't know. We have no clue.

And what does that actually do to the body, though, when all that AC voltage is running through? Do we know? We don't know. We have no clue.

We know. We have studies just talking about, you know.

We know. We have studies just talking about, you know.

We know. We have studies just talking about, you know.

Maybe it makes you live longer.

Maybe it makes you live longer.