Tristan Scott

They're the same frequency as the radio communications we use, probably just different modulation techniques because they're not transmitting data for cell phones. They're like radar equipment. And he found that it opens up the blood brain barrier. He found that it made rats very docile.

They're the same frequency as the radio communications we use, probably just different modulation techniques because they're not transmitting data for cell phones. They're like radar equipment. And he found that it opens up the blood brain barrier. He found that it made rats very docile.

They're the same frequency as the radio communications we use, probably just different modulation techniques because they're not transmitting data for cell phones. They're like radar equipment. And he found that it opens up the blood brain barrier. He found that it made rats very docile.

He found at a very low power density, he stopped a frog's heart completely from just exposure to- Who was doing this? Alan Frey.

He found at a very low power density, he stopped a frog's heart completely from just exposure to- Who was doing this? Alan Frey.

He found at a very low power density, he stopped a frog's heart completely from just exposure to- Who was doing this? Alan Frey.

Alan Frey.

Alan Frey.

Alan Frey.

Yeah, he worked for GE and he discovered, he went down this rabbit hole because some operator came to him and was like, hey man, I can hear the radar. And he's like, what are you talking about? He was like, no, I can hear the radar. Come check it out. And he could hear it too. And they realized and they figured out that it wasn't from the ears. It was a neurological response from the microwaves.

Yeah, he worked for GE and he discovered, he went down this rabbit hole because some operator came to him and was like, hey man, I can hear the radar. And he's like, what are you talking about? He was like, no, I can hear the radar. Come check it out. And he could hear it too. And they realized and they figured out that it wasn't from the ears. It was a neurological response from the microwaves.

Yeah, he worked for GE and he discovered, he went down this rabbit hole because some operator came to him and was like, hey man, I can hear the radar. And he's like, what are you talking about? He was like, no, I can hear the radar. Come check it out. And he could hear it too. And they realized and they figured out that it wasn't from the ears. It was a neurological response from the microwaves.

And Alan Frey, and there's this whole debate, literally a microwave debate in the 70s about this stuff, especially because the Russian embassy crisis, people kind of got freaked out.

And Alan Frey, and there's this whole debate, literally a microwave debate in the 70s about this stuff, especially because the Russian embassy crisis, people kind of got freaked out.

And Alan Frey, and there's this whole debate, literally a microwave debate in the 70s about this stuff, especially because the Russian embassy crisis, people kind of got freaked out.

Yeah, Havana syndrome stuff.

Yeah, Havana syndrome stuff.

Yeah, Havana syndrome stuff.

There was a GE, another thing with ionizing radiation where TVs that GE made unfortunately had X-ray exposure by accident. So then the public became like very distrusting of technology for a little bit. And then they kind of like was a big deal. Someone wrote a book called Zapping of America, Paul Brodeur. And then it kind of just went away. Like they were like after the 70s.

There was a GE, another thing with ionizing radiation where TVs that GE made unfortunately had X-ray exposure by accident. So then the public became like very distrusting of technology for a little bit. And then they kind of like was a big deal. Someone wrote a book called Zapping of America, Paul Brodeur. And then it kind of just went away. Like they were like after the 70s.