What Was Before The Universe? Part 1 - Alternative View

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What Was Before The Universe? Part 1 - Alternative View
What Was Before The Universe? Part 1 - Alternative View

Video: What Was Before The Universe? Part 1 - Alternative View

Video: What Was Before The Universe? Part 1 - Alternative View
Video: 1 -- History of the Universe Made Easy (Part 1) 2024, November
Anonim

Have you ever wondered how the universe was born?

What was before her existence?

Asking myself these questions, I delved deeper into the study of physics and astronomy.

I tried to find answers to questions that were not even asked.

So how was the universe born?

Big Bang

Before him, there was absolute calm.

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The immense primary ocean of harmony. There was no matter, there was no space.

And without matter and space there is nothing to change, so there was no time either.

Before the universe there was only "Out of time and out of space."

Our traditional science is based on practice, on experience, on what can be weighed, measured, touched, seen. But she is too young to answer questions that are not about matter.

Then all that remains is to think and assume.

But perhaps we have enough already existing knowledge to imagine what was before the birth of the universe.

To understand what was before the universe, you need to answer the question, what is our universe?

Roving in search of answers, I came across knowledge unrelated to astronomy.

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In particular, I was fond of any information related to the world order, both on the physical plane and on others.

I often stumbled upon theories that our universe is a matrix, that it is all a game, imitation, illusion, and even a hologram.

The last assumption really hooked me, resonated.

Like matter, what can be touched can be a hologram?

I started looking for confirmation of this theory, and it turned out that there were a lot of them.

But first the main question.

What do you know about matter?

These are molecules, these are atoms.

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Atoms are made up of nuclei and electrons.

Electrons are considered indivisible.

The nucleus of an atom consists of protons and neutrons.

Protons and neutrons are nucleons (from Latin nucleus - nucleus).

Protons and neutrons are almost identical to each other.

The proton (from ancient Greek πρῶτος - the first, main), in contrast to the neutron, has a positive charge, and the neutron (from the Latin neuter - neither one nor the other) is neutral.

Why are they so similar, but one has a charge and the other does not?

Because they consist of 3 quarks, which are divided into 2 types.

One quark "d" (down - down) has a charge of -1/3 e (that is, one third of an electron), and the second "u" (up - up) has a charge of +2/3 e.

Interestingly, quarks don't last long, even in your body.

Your body dies and is born again several thousand times. More precisely, the quarks that make up the atoms of your body are dying. They are constantly rebuilding, dying, born …

Literally. Those quarks of which you consisted a second ago have already been destroyed and replaced by new ones.

So, we figured it out, and then …

And then that's all.

Science keeps asking questions that have no answers.

After the construction of the "LHC" (Large Hadron Collider), the situation has moved forward.

LHC - Large Hadron Collider
LHC - Large Hadron Collider

LHC - Large Hadron Collider.

Answers appeared, which gave rise to even more questions.

It turned out that quarks are of different types, that there really is antimatter, that there are particles that even now science cannot describe, and for them there are only names and inaccurate mass.

An "interesting" experiment was carried out in 2012, when a particle called the Higgs Boson, or God particle, was revealed to the world.

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What's so interesting about this discovery?

This particle was created by the collision of two gluons.

Gluons (from the English gluon, from glue - glue) are such elementary particles that do not have mass, but gluing matter together.

That is, a particle with mass (the Higgs boson has a mass of 125 GeV / c) was born from the collision of two massless particles.

Presumably, the Higgs boson is the carrier of the Higgs field, just as the electron is the carrier of the electromagnetic field.

What is the Higgs field?

This is the space where matter behaves the way it does.

Why is the stone exactly the way it is? Why is the tree the way it is, why is the matter the way it is?

Matter is formed by the Higgs field. This is the connection between atoms, this is the structure of matter, these are its characteristics.

The Higgs field is the matrix for matter.

We have come to the point where the whole world science stands.

Nobody went further.

This means that you can and should build your own theories about the world order.

In the second part I will tell you about my conclusions based on the existing knowledge about physics, astronomy, and about the universe.

Continued: Part 2

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