Tristan Scott

So what we did was we measured the RFs in specific areas and we found out that The cameras you have for your children's bedroom, the baby monitor, especially in your bedroom was a super high source of radio frequencies. I was actually shocked because unlike a cell phone, which is very pulse, like every eight to 10 seconds, let's say it hits this peak.

That baby monitor in your room seemed to be almost consistent, and it was right on your wife's nightstand. So it was at like 100,000 microwatts per meter squared, which is very, very high. That's pretty much the power density of an outgoing cell phone transmission constantly. Right here.

That baby monitor in your room seemed to be almost consistent, and it was right on your wife's nightstand. So it was at like 100,000 microwatts per meter squared, which is very, very high. That's pretty much the power density of an outgoing cell phone transmission constantly. Right here.

That baby monitor in your room seemed to be almost consistent, and it was right on your wife's nightstand. So it was at like 100,000 microwatts per meter squared, which is very, very high. That's pretty much the power density of an outgoing cell phone transmission constantly. Right here.

That was on the bed like a foot away. That was a couple feet away from the baby monitor. So that's a problem because that's what you're sleeping next to.

That was on the bed like a foot away. That was a couple feet away from the baby monitor. So that's a problem because that's what you're sleeping next to.

That was on the bed like a foot away. That was a couple feet away from the baby monitor. So that's a problem because that's what you're sleeping next to.

Oh, look, 403,000.

Oh, look, 403,000.

Oh, look, 403,000.

Yeah.

Yeah.

Yeah.

That was right next to the baby monitor.

That was right next to the baby monitor.

That was right next to the baby monitor.

Yeah. And that's what you're sleeping next to pretty much all night long. So we can get into why that's a problem, but we, we did our best to mitigate that. And what I was preaching earlier is that really distance is your best friend because electromagnetic waves and fields have inverse square law.

Yeah. And that's what you're sleeping next to pretty much all night long. So we can get into why that's a problem, but we, we did our best to mitigate that. And what I was preaching earlier is that really distance is your best friend because electromagnetic waves and fields have inverse square law.

Yeah. And that's what you're sleeping next to pretty much all night long. So we can get into why that's a problem, but we, we did our best to mitigate that. And what I was preaching earlier is that really distance is your best friend because electromagnetic waves and fields have inverse square law.

So if you put a two X or a three X distance between you and the source, you're actually two square, which is four, three square, which is nine, reduce the intensity of that field. So Even putting a foot, even putting a few inches away from the source, like your phone, like that baby monitor, like your wifi router can make a tremendous difference. So we, what do we agree on?