Make Orwell Fiction Again Shirt

Free non nuclear neutrons will stick to most other nearby nuclei if they are traveling slow enough and when they come in contact they don’t actually ricochet off each other. A proton all by itself is Hydrogen if you add an electron to complete it. It is very stable. It needs nothing else besides itself to be one of the Make Orwell Fiction Again Shirt so you should to go to store and get this most stable particles we know of. The stability of it means that it’s rest mass is always the same from one to any proton in the cosmos. I posit later in this post the same is not true of the neutron. But if you want to make something bigger than hydrogen you need at least one neutron to make it possible as there is a fierce force keeping them apart. You can’t stick two neutrons together for the same reason. They may mingle with each other at high speeds but only as they slide off of each other. Bare protons act together in a very similar way. Adding a neutron to a proton will give you Deuterium (a Deuteron). Deuterium is extremely stable. Because the size of a proton and neutron are similar, and when they rub together they are frictionless, not much disturbs them. They are free to slide around each other as often and as fast as they’d like. They are also stable because Force A is enormous. There are no collisions of any kind in the nucleus. If you add a second neutron to hydrogen it becomes Tritium, which unlike Deuterium is highly unstable with half of the bulk of known Tritium atoms decaying into an isotope of Helium, He3 in about 12.3 years. Helium 3 is also unstable, about as unstable as Tritium and it will decay again into Deuterium in about 12.3 years. Notice the similarity of 12.3 years. One isotope has too many protons and anther has too many neutrons. But by exactly or nearly the same amounts. Therefor there is a similar relationship between the attractive powers of both but they work in slightly different ways. Neutrons repel neutrons (force A), protons repel protons (Force B). Neutrons attract protons and vice versa. What governs the rate of decay? Scientists have postulated and made very grand theories that the rate is governed by what they call the weak nuclear force. We don’t have any tabletop instruments that can determine the power of this force, like we can with electrostatic forces or the stickiness of subatomic particles in the laboratory. So i cast some doubt here on it’s existence.

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Lets say you take Deuterium atom and combine it with another Deuterium atom. It is not easy to do because, although electrostatic repulsion between like charges is very small on scales we are used to, they get geometrically stronger as particles get closer to each other. To get them close enough to fuse, you can only so so if they travel fast enough, they can reach near the Make Orwell Fiction Again Shirt so you should to go to store and get this surface where Force A can overcome and join the two. Most of the time they just ricochet off each other because just like fast moving neutrons, fast moving nuclei also repel each other mightily. If you do this enough times at the proper velocity eventually they will stick thanks to force A. The conditions to do this are usually measured in hundreds of millions of kelvin for terrestrial fusion and tens of millions of kelvin in small stars. Engineers need higher temperatures to make the rate fast enough to be useful to human technological ambitions. The reaction rate in our star companion, Sol, (aka the sun), is so slow, ordinary body metabolism is many times greater than the energy production in the solar core. So hundreds of millions of K it is. Easy to do in bombs, hard to do in reactors.

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