Proton

Plasma of the proton.

We have a proton.

Proton bolts. Check. Two.

So you have the proton.

And that's because the mass of a proton, one proton mass wise, is equal to 1,836 electons.

And the proton is actually the defining

So by definition, hydrogen has 1 proton.

Hydrogen has one proton, helium, two protons,

That it splits into an electron and proton.

The proton is going to decay before this happens.

least tens of times the mass of a proton.

Plasma of a proton, and the Plasma of electron.

A proton, sometimes written like that, has a positive charge.

We have developed the reactor, which is like a proton.

Plasma of electron interacts with plasmatic magnetic field of the proton.

So, the proton comes somewhere else... it has to come closer.

The shaft is rayshielded... so you'll have to use proton torpedoes.

Before a proton, there is always a neutron, because... by law of physics they cannot be a position, when there is a proton and no electron.

like X rays or proton beams, that bombard tissue to disrupt DNA.

A neutron essentially turns into a proton and it spits out an electron.

Just think of the proton as an assemblage, a swarm, of little particles.

No existing model accurately predicts the charge radius of the proton until now...

And the same is true for their heavy cousins, the proton and the antiproton.

It's very simple why electron has a motion in respect to the proton itself.

All the magnetic field's positioning allows the motion of the electron around the proton.

If somehow you were to add another proton to there, it wouldn't be oxygen anymore.

The electron hits it suddenly it's like taking a very sudden snapshot of the proton.

Let us consider the same thing as a plasma in centre of hydrogen atom, a proton.

And that is very fundamental, and that's the major breakthrough, to understand the structure of the proton.

This animation from my friends at Proton Studios shows looking at the Big Bang from the outside.

So this is similar to the reaction of the proton chain that's going on inside the Sun.

Well, I said it's neutral, so the proton has an equal positive charge as the electron's negative charge.

The proton is obviously made of a whole bunch of little particles this was more or less known.

But in reality, now that we know that a proton and electron are made of the same materials, same composition,

In 1968, in my own university I wasn't there at the time they were exploring the structure of the proton.

Nassim Haramein was able to make a very bold prediction about the most fundamental particle of the universe the proton.

The Matter within the proton, the Matter within the electron, keep certain magneto fields and gravitational fields in respect to each other, and... where is the stronger from the proton side, the electron comes closer, but it cannot come any closer than what the total magnetic field sphere of the whole Matter, all the Matters of the Plasma of the proton, allows the Plasma of the electron to come close to.

That is, constant, if you are on Earth, a proton has the same mass as if you are on the moon.

And the weight of these protons, each proton is one atomic mass unit, and we'll talk more about how that relates to kilograms.

The experiments that were going on were very simple you simply take the proton, and you hit it really sharply with an electron.

Our new proton cannon are in the optimum position to prevent that, sir. What? What if they focus the attack on your cannon?

Some of the light comes about because the 2 magnetospheres of the electron and proton move away from each other, and they create light.

It requires little less energy to turn neutron into a proton than the other way round, and so, that is the more favorite reaction.

At this point, the neutron to proton ratio has dropped to 0.14 and these neutrons end up in the like nuclei that they're produced.