Generally we always assume that one exists, and then deduce all the conclusions that follow, this hypothesis point, which is called the starting point hypothesis, and this starting point hypothesis exists no matter what the system is.

Our most essential thing is to prove that this starting point assumption is correct, so that all the subsequent deductions are correct, so the starting point assumption is wrong, and the rest is basically wrong, and this starting point assumption is set by human consciousness, so it has the characteristic of breaking, that is to say, the fact characteristic, the assumption that may be made in front of a certain fact.

Then there is a real starting point assumption, and this assumption can deduce everything, and this true starting point assumption is the only goal we are pursuing.

Let's talk about visible light, other waves are actually the same, we magnify white light, we find colorful light, we zoom in on colorful light, we find light waves, we amplify light waves and find photons, we zoom in on photons and find that they are actually things with speed, energy, propagation direction, and three-dimensional dimensions.

We are curious why photons must travel according to this energy, this volume, this direction of propagation, and this wavelength, so we don't study photons, we study light sources.

We found an atom, this atom has a nucleus, there are electrons orbiting around the nucleus, when the atom gains just a share of energy, the electrons are originally in a stable atomic state running in a low orbit, after gaining energy, the electrons jump to a high orbit, in an unstable excited state.

Let's first talk about how the atom gets energy, how the atom gets energy, giving him speed is getting energy, we generally hit him with particles like electrons, neutrons, protons, etc., give him speed, and he gets energy.

Why do they get energy, and the electrons jump to orbit at a high rate? Because the velocity increases, the velocity of the electrons increases, and of course it flies higher like the satellite, ^_^ and if you give him a higher velocity, the electrons fly out of the nucleus.

So why do electrons go back to low orbits? This brings us to the energetic problem I mentioned, where there is a minimum amount of energy in this space, just like photon energy, and as long as there is such a thing as photon energy, all energy states are not very stable, and they all have to decompose towards the minimum energy state. And the minimum energy state is determined by the lowest energy of this space, which I call the cosmic condensation temperature.

Of course, because the electrons move around the nucleus, every time the electrons run towards a minimum energy layer, they will be decomposed into a photon energy, and the properties of photon energy are the speed of light, three-dimensional, and the direction of propagation. And the speed of light is because of the speed at which this minimum energy state expands to the energy state of the cosmic condensation temperature.

Okay, we've talked about electromagnetic waves, we've talked about the sources of electromagnetic waves, and we've talked about how things like electrons come about.

Why can't electrons continue to decompose into things like photons, why can energy exist in such a large body as electrons? Why do electrons orbit the nucleus?

This is because the speed at which the electrons expand to the cosmic condensation energy is insufficient, and when the electron old man is generated, no one gives him power, so that his speed is not enough, and you try to give him enough speed, and he also decomposes into a strange minimum energy state.

There is a cosmic condensation temperature in the center of the nucleus, so electrons and other matter in the nucleus must be close to the center, which is a small black hole. I don't think anyone will be idle, and the egg hurts and has nothing to do to make a black hole and pop out.

The Great Black Hole makes it possible to decompose electrons, and the Great Black Hole is an energy state that is lower than the condensation temperature of this universe, and it can accelerate electrons, maybe even to the speed of light, which is the energy of space particles I mentioned in the previous chapter, which can break through the walls of this universe and reach another dimension.

Black holes, singularities and other things are generated in the space dimension, we assume that this void has many spaces, these spaces have contact points, and the space of space with a large difference in cosmic condensation temperature is formed, which is the reason for the generation of black holes and singularities.

When the high-energy space collapses into our space, forming a singularity in our space, and because our space collapses into the black hole in other space, as well as the cosmic condensation temperature of our space, the singularity explosion is formed, and it is a very peculiar scene, our current cosmic panorama is a middle ring barrier constraint, the two ends are three-dimensional fan, and it is not symmetrical, although the shape looks symmetrical, but the formed planet is not symmetrical.

This shows that when the singularity explodes, the energy flows in a direction, of course, towards the lower the energy state, that is, the more black holes flow.

Then we may find black holes in other cosmic directions, but not as many as in the direction of the energy flow of singularities.

Space because we are here, we see that this is reality, but mass, time, speed are actually the products of our will to analyze the world, I can completely abandon them and reconstruct them, although these definitions can at least be used for analysis, but they will also become an obstacle to our thinking, we can actually put aside the thinking, this provides you with a way of thinking, and my energy state construction is just a guess.

In this way, the entire universe of our universe was constructed under my peculiar theory, but I couldn't figure out how space came to be, why space has different cosmic condensation temperatures?

We know that uranium rods, of course, can be made with other elements of the periodic table, because the number of uranium is more, maybe there are many other elements in the universe in the future, that is a manufactured thing, this is called uranium enrichment, of course, the purity is the higher the better, we made a small uranium rod, but we control the amount of uranium, so that after the neutron hits the uranium rod, there is no explosion, only a certain amount of heat is generated, and its practical heat conversion is a very inefficient conversion method, but there is no way at present, we use this as a nuclear power plant, of course, the nuclear bomb is the kind of uranium with a lot of quantity, and it produces huge energy in an instant, and then break through the outer high-strength restraint layer, creating a huge explosion of things.

We still have **, I won't discuss this weapon in detail, I don't want to touch that thing, we want controlled nuclear fusion, we are now two light atoms by accelerating the high-speed collision, fusion into the elements behind the periodic table, release energy, this chain reaction is difficult to control, that is to say, this transferred energy is different from nuclear fission, it is released in the form of photons, like the sun in a vacuum.

People who are idle and have nothing to do think about making a small sun, and then use the photons they emit to convert into electricity, of course, it is a bit unrealistic to want to directly heat and convert, is there any substance that can wrap the sun, and it is similar to a solid-liquid heating body, think about it, maybe there is really this. Maybe after the successful study of small black holes, they will not be left alone, and some small black holes will be placed in the middle like inside the sun, and the large matter in the sun will not be able to escape, and some electromagnetic waves will run out.

According to the law of energy, nuclear fission is produced by accelerated decomposition, and nuclear fusion is deceleration and polymerization, when the deceleration is to a certain extent, nuclear fusion will occur? Two light atoms can be manipulated to carry out nuclear fusion very stably when decelerating to a certain extent, and then release energy, obviously, when the light atom slowly decelerates, he has actually dissipated the energy, so it is very tragic, nuclear fusion does not release energy at all, then in fact, as long as you master the deceleration method of light atoms, you can release as much energy as you want.

It's actually quite good to use this way of guessing to train wisdom, because something else will be cracked at once, this can be thought about all the time, it's all speculation, keep dialectic, and wisdom will go up, so it's best to think about something that will not be proven by the current means, think too much, and wisdom will go up, although in the end it will go off topic, just to remind others, or I won't write anything, no one knows how to do it, and I won't think about why I think about these things when I read it.