3 ms·

YES, it's radiation, no matter what this pseudo scientist say(don't try to fool ignorant people), it's an electromagnetic wave, it is not static = radiation. W

YES, it's radiation, no matter what this pseudo scientist say(don't try to fool ignorant people), it's an electromagnetic wave, it is not static = radiation. When you can explain the terms in this simple equation: E = hv ... we'll all be interested in your opinion on this subject.

xcombinator 17y ago
I don't understand the question. Do you mean that the energy that carries each photon is quantized (when the energy state of the excited atom is quantized in orbitals) and is inverse proportional to the wave length? ¿That is not radiation because it bounces a lot and don't penetrate? If you use a lot more photons, you will have a very different effect that a single one. Also, if you start making this devices, you will make it smaller and smaller and use less L on the inductances because it's more efficient, and that means use bigger frequencies, even microwaves( I heard they were using far radio in the first experiment), that are going to resonate with molecules bonds like ADN and stuff.
- CamperBob 17y ago
  If you use a lot more photons, you will have a very different effect that a single one. No. You will not. That's exactly why I sent you to the library with that equation.
xcombinator 17y ago
The earth magnetism is static, it doesn't change in practical terms(in a window of a second), neither periodic or not. To hear someone tell: this is like the earth magnetism, this is not radiation, is trying to fool people, I'm sorry but I feel very upset about it. If they use let's say 50Herzs, they are emiting photons, not in the visible range, but they are photons anyway, but they are not going to use 50Hz, they will use MHz and more, and that could resonate with proteins and destroy it. There are millions of proteins out there with different sizes, and shapes, to probe that one of them is destroyed by this this is impossible, but given the right size and the right frequency it will happen because everything has their characteristic frequency. The same way when you put water in the microwave oven it heats up because it has absorbed the energy and translated it to mechanical energy because of the characteristic frequency of the water. With lower frequencies than mw oven you are going to resonate with bigger structures than water, water is small compared with proteins that could be thousands or millions of times bigger.

xcombinator 17y ago

I don't understand the question. Do you mean that the energy that carries each photon is quantized (when the energy state of the excited atom is quantized in orbitals) and is inverse proportional to the wave length? ¿That is not radiation because it bounces a lot and don't penetrate? If you use a lot more photons, you will have a very different effect that a single one. Also, if you start making this devices, you will make it smaller and smaller and use less L on the inductances because it's more efficient, and that means use bigger frequencies, even microwaves( I heard they were using far radio in the first experiment), that are going to resonate with molecules bonds like ADN and stuff.

CamperBob 17y ago
If you use a lot more photons, you will have a very different effect that a single one. No. You will not. That's exactly why I sent you to the library with that equation.

xcombinator 17y ago

The earth magnetism is static, it doesn't change in practical terms(in a window of a second), neither periodic or not. To hear someone tell: this is like the earth magnetism, this is not radiation, is trying to fool people, I'm sorry but I feel very upset about it. If they use let's say 50Herzs, they are emiting photons, not in the visible range, but they are photons anyway, but they are not going to use 50Hz, they will use MHz and more, and that could resonate with proteins and destroy it. There are millions of proteins out there with different sizes, and shapes, to probe that one of them is destroyed by this this is impossible, but given the right size and the right frequency it will happen because everything has their characteristic frequency. The same way when you put water in the microwave oven it heats up because it has absorbed the energy and translated it to mechanical energy because of the characteristic frequency of the water. With lower frequencies than mw oven you are going to resonate with bigger structures than water, water is small compared with proteins that could be thousands or millions of times bigger.