How to pronounce “electromagnetic radiation” in English

I mean, you know, colors don't actually exist in the outside world.All you have is electromagnetic radiation of different wavelengths and so on.But anyway, so brains are really good at extracting data like this.

So an example of this, take the colors of our world.So this is electromagnetic radiation that bounces off objects and hits specialized receptors in the back of our eyes.And as many of you may know, the part that we call visible light is actually less than a ten billionth

of the amount of light that's out there.So all this is electromagnetic radiation.It's just that we have receptors for this part and not for the rest of it.

Planes, the moon, the sun, tides-- everything rings this machine.We know electromagnetic radiation attenuates with distance.

a straight logarithmic plot.so much really hard electromagnetic radiation around-- it's hard to see how life could exist.

the gravitational force is mediated by bosonic particles called gravitons also you can see things in the universebecause you're getting electromagnetic radiation which is a classical force field constructed from many many bosonicparticles called photons photons carry light so the interplay of these two kinds of particles matter particles that

to be able to do this-- for there to be enough of that period for them to be able to do the calculations,If the energy had been emitted as electromagnetic radiation, it would have been brighter than the full moon, even though it was a billion-and-a-half light years

This causes the electrons to wiggle.Now since the electrons carry a charge, this wiggling motion causes them to emit electromagnetic radiation.And even though they oscillate at these millimeter wavelengths because of the magnet spacing, the wavelength of the resulting EM radiation is much smaller.

color, what color is this? Red, right? And yet there's no redbeam of light coming from here to your eyes. Some invisible electromagnetic radiation witha particular frequency that has no color. It hits your retina. It causes a

Here's the most powerful lasers over time.Well, you look at the whole radio frequency spectrum, and electromagnetic radiation really is the way to go, sort of by elimination of everything

How do we study that when in our country all the children are exposed to the same things?So, if we asked ourselves, is it because they're exposed to too many electromagnetic radiation sources?Is because they had too many vaccines?