Danny Jones Podcast
#298 - The Terrifying Truth about 5G, Wi-Fi & Cell Phone Radiation | Tristan Scott
Mon, 21 Apr 2025
Watch every episode ad-free & uncensored on Patreon: https://patreon.com/dannyjones Tristan Scott is an Electrical Engineer (M.S.) and current Head of Operations & Marketing at Daylight Computer Co. He has deeply researched the connection between electromagnetism and human biology, with a specific interest in how man made electromagnetic fields (EMFs) could have a potential negative impact on human health. SPONSORS https://square.com/go/danny - Sign up at this link to get up to $200 off Square hardware. https://americanfinancing.net/jones - Use the link or call 888-995-2440 today. https://whiterabbitenergy.com/?ref=DJP - Use code DJP for 20% off EPISODE LINKS https://www.instagram.com/tristan_health https://x.com/bitcoinand_beef https://tristanhealth.substack.com https://daylightcomputer.com FOLLOW DANNY JONES https://www.instagram.com/dannyjones https://twitter.com/jonesdanny OUTLINE 00:00 - EMF testing in Danny's home 09:29 - Gov. ban on incandescent lights 19:29 - Utility costs in California 21:25 - Why blue light is toxic 31:59 - Military EMF experiments 40:40 - Phonegate 50:02 - Telecom-funded EMF studies 55:14 - EMFs & leukemia 01:04:44 - The science of 5G 01:13:30 - RFK & the telecommunications act of 1996 01:22:21 - Daylight computer 01:40:04 - Military directed energy weapons 01:48:42 - Electricity is causing chronic disease 02:01:30 - The resilience of human life 02:06:35 - Brian Johnson on EMFs Learn more about your ad choices. Visit podcastchoices.com/adchoices
Chapter 1: What are the dangers of EMF exposure in your home?
Tristan Scott, nice to meet you, bro. Thanks for having me, man. So tell the world what you just did to my house. You just basically ran all your crazy meters and found out that me and my wife are barbecuing ourselves every night when we go to sleep.
Yeah, we did a little EMF testing. So I had a radio frequency meter that is testing the power density of radio frequency EMFs. We had a multimeter to specifically look at AC body voltage, which is the electric fields from your electrical power inducing an AC voltage on your body, which to me is a great way to test how high of EMF exposure from the power frequencies you're getting.
And then we looked at some magnetic field stuff as well. But for you, we honed in on the bedrooms, which I think is most important because especially someone like yourself, you're not working at home. You're pretty much coming home, you know, lounging and then going to bed, right?
Eating and sleeping is basically what I do at home.
Yeah. So the sleep sanctuary for me is most important because, you know, You can not avoid EMF exposure at all. You definitely have less control during the day when you need to get work done. But if you can go home and get a restorative night of sleep, that's when you're going through cell repair. That's when you're mitigating the damage that you just incurred throughout the whole day.
So if you're going home and sleeping in a super hot bedroom in regards to EMFs and you're looking at a blue lit screen right before bed, you're really not going to sleep as well. So you might be getting the numbers in terms of hours, but you're not getting the quality. And that's why we're seeing some of these chronic diseases younger and younger.
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.
112,000.
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Chapter 2: How can you minimize EMF exposure while sleeping?
Chapter 3: What is the relationship between blue light and health?
Agreed that you probably, since your kids' bedrooms are closer to the Wi-Fi router, you can get like a $30 Faraday bag. If you don't want to turn the Wi-Fi off at night, which is best case solution because you have cameras for baby monitoring or security cameras, you can buy a Faraday bag, which will reduce it like 70% to 85%, 90%. To me, it's a great in-between low-hanging fruit.
yeah i think we gotta get well i think we're we're gonna upgrade to uh hardwired security cameras instead of those wi-fi ones i think that would make probably a huge difference as well as that faraday bag and then uh also definitely figuring out a way to turn off the breaker panel that connects to our bedroom and just use we found like in my bathroom we can plug everything into my bathroom wire it into the bed and you know just move it into the bedroom that we actually need and it still reduces it by like what was it like 10 000 or something
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.
And you're in Wyoming.
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.
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.
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Chapter 5: How does the government regulate electromagnetic fields?
So I'm a much bigger fan of incandescent infrared maxing as opposed to blocking blue light during the day.
So you were just at my house and you gave me a new incandescent bulb for one of my lamps. And when you first scanned the lamp with the LED bulb, it looked exactly like the one on the left with that huge blue spike. Then when he did it with the incandescent bulb, it looked exactly like the one on the right. And we went outside in the sunlight.
It looked more like the incandescent chart on the right.
Well, it looked like the one on the left here that's showing the sunlight, which is full spectrum. So you get a lot of violet, you get ultraviolet, you get everything. You get everything from ultraviolet to infrared. And these spectrometer images don't even capture most of the infrared spectrum. The infrared spectrum goes from like 750 nanometers to tens of micrometers. Like it's... Very vast.
And the visible spectrum is very narrow. It's like 300 nanometers. So the majority of what you're taking in from sunlight is infrared. There you go.
Steve, if we lit our studio with these incandescent lights, what would be the downside? It would cost more money.
uh yeah so i mean i've lit tons of studios it just takes like hundreds and hundreds thousands of watts like so if i were to use so for the key light back there i'd probably use a 2k or a couple 1ks uh like minimum i'd probably do like a like yeah probably a 2k or maybe and they get really hot right
Yeah, so that is the infrared light. It's not as great down here in Florida, but in Wyoming, when it's too cold for me to work outside or it's snowing or something, I have a 250-watt chicken lamp, which is just a 250-watt incandescent bulb next to my indoor work setup, and I just blast that on me all day long. It makes such a difference.
Really?
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