How much energy is the energy during the Big Bang?Push an incredible truth

A friend invited to answer such a question: the temperature was 10^32K when the universe bang 10^-43s, how much is the energy of the energy?

This problem seems very tall, but it contains one error: energy and temperature have nothing to do, only related to quality, follow Einstein's quality energy equation. The unit of energy is Jiao Er, which is expressed as J; EV is an expression symbol of the electronic volts, and there is a conversion relationship with the energy unit Jiaoer, 1J = 6.2415*10^18EV.

In the process of answering this question, I speculated on the quality of the universe based on the Big Bang's universe model. As a result, I got an incredible result. This result completely subverted my cognition. Ready data, now confused.

The description of the standard model on the time of the Big Bang in Planck

At present, the standard model of the Big Bang Universe recognized by the scientific community believes that the universe was about 13.8 billion years ago. It was born by an infinitely small, unlimited density, unlimited curvature, and unlimited temperature. Small, it is impossible to calculate its temperature and density, which is extended to four infinite.

According to the quantum theory of modern physics, human beings can only start from Planck's time. The standard model of the universe believes that in the Big Bang's Planck time, the size of the universe is Planck. At that time, the temperature was Planck's temperature, and the density was also the density of Planck. With such a few data, we can roughly calculate the quality of the universe.

The Big Bang Planck time refers to about 10^-43 seconds after the start of the Big Bang, that is, 100 billion billion billion-dollar seconds; the temperature of the universe reaches 10^32 degrees K, which is about 100 billion billion billion billion billion yuan K; at this time the universe density may exceed 10^91 kg per cubic cubic cubic cubic cubic cubic meter.

The model gives us data. Based on these data, it is not possible to calculate the quality of the universe. The time and temperature are not related to the temperature and the quality. Calculating the volume of the universe can be calculated from the quality of the universe.

The quality and energy of the universe of Planck time

According to the theory created by quantum mechanics, the originator of the originator Max, Planck, Planck's length is about 1.6*10^-33 cm. If the universe of Planck's time is a Planck's length diameter, according to the volume formula V = (4/3)*π*R^3 (v: indicates the volume of the sphere, R: the radius of the sphere), We can calculate that the volume of the universe at this time is about 2.145^-99 cubic centimeters.

The standard universe model tells us that the density of Planck's time universe is about 10^91 kg per cubic centimeter. This density is 78 magnitude higher than the proton density, which looks unimaginable amazing density. However, the problem was that the universe was very small at this time, and it was amazing. It was only one cubic centimeter of 2.145^99.145 billion billion billion billion billion billion billion billion billionilt billion billion -billion.

If calculated by 10^91 kg per cubic centimeter, such a small universe is only about 2.145*10^-8 kg, which is 0.00000002145 kg, which is 21.45 micrograms. The equivalent energy is 1930500000J, and 1 Jiaoer is about 6.25*10^18EV, so the energy of the universe in Planck's time is about 1.2*10^28EV.

How big is this energy? If calculated according to explosives, it is only the explosive power of 461 kg TNT explosives. I am surprised because I have never calculated how much energy was when I had calculated the Big Bang of the Universe in the past. Simply intuitive density reached 10^91 kg/cm cubic cubic meter is an unimaginable density, so the explosion energy was extremely great.

But I did not think about the density when the universe reached 1 cubic centimeter, and the time scale of the Big Bang Planck was only 1.145*10^-99 cubic centimeters. The quality of such a small universe is only 21.45 micrograms.

The quality source of quality extended

What's going on? There is only such a quality in Planck's time according to the Big Bang time. If this is the result of derivating the theory of standard models, is it that I calculated the wrong calculation, or is there a problem with the theory itself?

Because the quality of the universe is a very huge value, the quality of the solar system is about 2*10^30 kg, and the quality of the galaxy is about 200 billion times the sun, which is about 4*10^41 kg; some people think that the universe can be observed. It reached 10^53 kg. This is just the quality of the material, including the quality of stars, galaxies, nebula dust.

Studies believe that the quality of the universe can only account for 4.9%of the total quality of the universe, and the remaining 26.8%is invisible dark matter, and 68.3%is an invisible dark energy. If the dark matter and dark energy are added up, the total quality of the universe can reach 2*10^54 kg.

Why is the quality of the universe explosion at the beginning of the universe and the current quality of the quality of the universe, and how does the extra quality come from? There are only two explanations: one is that the data calculated by the theoretical model of the universe bang is incorrect; the other is that the quality of the Big Bang will automatically produce with the expansion.

But this seems to be contrary to the laws of conservation and quality conservation, is it the wrong of the universe, or the error of the universe model, or my reason? The theory of quantum mechanics believes that before the birth of the universe, the empty vacuum is full of quantum energy, and the virtual particles pairs are constantly generated in random quantum rising falls, and these positive and negative particles are annihilated at any time. In general, the universe is symmetrical and concept, but if everything is always perfect and conservative, there will be no birth of our world. The laws of the non -conservation law found by Yang Zhenning and Li Zhengdao let the scientific community unveil the mystery of the birth of the universe. It is the symmetrical breakage in the conservation that the obscure particle particles have occurred in the opposite point of an indifferent phenomenon.

The Big Bang's theory believes that the universe is to create students from nothing and nothing, and the quality is of course nothing.

Granular physicists have established a particle theory model to provide us with a framework for us to understand the basic particles in the universe. This framework is the so -called standard model. One of the main components is Higgs Field. This is ubiquitous. There is a basic particle in the quantum field, the so -called Higgs boson, also known as God particles.

It is this particle that gives other particles quality, just like God created everything in mythology to create this world. The particle theory model is no longer conjecture. All the particles of the prophecy are basically obtained in the experiment, and God's particles are also found in the world's largest strong child collision in 2012.

So, can the above theory explain the mysteries of the quality of Planck's time and the quality of the current universe? Welcome to discuss, thank you for reading.

Time and space communication original copyright, do not infringe plagiarism.

- END -