Is it the heart of human beings, or is it the size of the universe? Who can?

The heart is big, but it is not the delusional mind of our ideology, but our true heart, which is immortal, and all the true hearts of the life of our universe reflect the universe of birth and death according to the information contained in the true heart. In addition to our universe, there are of course many parallel universes.

Excerpt from "A Brief History of Time" Stephen Hawking.

The idea of inflation also explains why there is so much matter in the universe. In the universe that we can observe, there are roughly 100 billion, billions (1 followed by 80 zeros) particles. Where do they come from?

The answer is that in quantum theory, particles can be created from energy in the form of particle anti-particle pairs. But this only raises the question of where the energy comes from. The answer is that the total energy of the universe is exactly zero.

The matter of the universe is made up of positive energy; However, all matter is attracted to each other by gravity. Two pieces of matter that are close to each other have less energy than two pieces of matter that are very separate, because you have to expend energy to overcome the gravitational pull that pulls them together to separate them. In this way, the gravitational field has negative energy in a certain sense.

In the case of a universe that is roughly the same in space, one can show that this negative gravitational energy just cancels out the positive energy represented by matter, so the total energy of the universe is zero.

Twice as many as zero remain zero. In this way, the universe can double its positive material energy and negative gravitational energy at the same time, without breaking its conservation of energy. This did not happen during the normal expansion of the universe.

At this time, when the universe grows larger, the energy density of matter decreases. However, this did happen during the boom. Because when the universe expands, the energy density of the supercooled state remains the same:

When the volume of the universe doubles, both the positive matter energy and the negative gravitational energy are doubled, and the total energy remains zero. In the inflationary phase, the size of the universe increases by a very large multiple. In this way, the total energy that can be used to make particles becomes very large.

As Guth said, "It is said that there is no such thing as a free lunch, but the universe is the most thorough free lunch." ”

The "zero" in Hawking's paragraph has a bit of a "sincere" flavor.

Anyone can do it, but I don't know if you're satisfied or not.

In terms of volume and volume, there is no doubt that the universe is large.

There is no other comparability.

Or to put it this way: the human imagination, the realm of consciousness and the creativity of the universe.

That's still the universe big, because our imagination and consciousness were created by the universe.

If you ask like this: Is man's ambition greater than the universe?

Naturally, man's ambition is to conquer the universe. (But there's really no comparison).

It depends on what you think.

The heart is big, and the heart can be big enough to imagine the universe, and it can think about the truth of the universe.

The universe is big. Human beings exist in the universe, and the human heart also exists in the universe.

Should it be the size of the human brain, or the size of the universe... Let me tell you clearly, the universe is ,,, because people cannot imagine the world outside the universe, or they are imprisoned by a certain kind of inherent thinking. When this confinement is broken, the brain can overcome everything.

Everything is a part of the consciousness of the universe, this is a real game, we are the consciousness of the universe to differentiate and experience, our mind can be linked to any corner of the universe, but it is not very easy to do, so there are many things that cannot be compared, child... I don't blame you for this, because we are in a world of dualistic experience, good and evil, beautiful and ugly, good and bad, so to say that pure is dirty, dirt is pure, I say that there is no absolute good and evil, beauty and ugliness, only relative, this is just different manifestations of the same thing... It's hard to say, but that's it, you remember, infinity = not infinitely small, infinitely heavy = infinitely light, and when you feel like you're in an infinite universe, your mind is also infinite, and you're trapped in a ravine all your life, (of course, if you realize it, you're trapped!!).

, you can clearly feel that your mind is bound and sad, but some people will try to break through outward because they can sense the vastness of their hearts, and see how the protagonist of the anime Attack on Titan says, "Why should I go outside the walls?".Because I was born in this world!

Also, the infinity of the universe is not as you simply think it is, it is inflated, it is difficult to reach the boundary, Einstein postulated, to use an inappropriate analogy, basketball!Finite and unbounded, you know?You'll never find the beginning and the end, and you'll never get out!

Don't laugh, don't you think the ancients were still round back then?

If you don't hurry up and go to work to earn money, you still have time to talk nonsense here, your heart is really big.

There is no greater space than the universe.

The universe is physically defined as all space and time (collectively referred to as space-time) and their connotations, including all forms of energy, such as electromagnetic radiation, ordinary matter, dark matter, dark energy, etc., of which ordinary matter includes planets, satellites, stars, galaxies, galaxy clusters, and intergalactic matter. The universe also includes physical laws that affect matter and energy, such as conservation laws, classical mechanics, relativity, etc.

The size of the entire universe is unknown, but the size of the observable universe can be measured, with an estimated diameter of 93 billion light-years. In various multiverse theories, a universe is one of the components of a multiverse on a larger scale, and each universe itself includes all of its space and time and its matter.

Introduction to black holes

A black hole is a celestial body that exists in the universe in modern general relativity. The gravitational pull of a black hole is extremely strong, allowing the escape velocity within the event horizon to be greater than the speed of light.

Black holes cannot be directly observed, but their existence and mass can be known indirectly, and their effects on other things can be observed. Information about the existence of a black hole can be obtained by emitting X-rays and edge information from the edge of the black hole due to the friction caused by the acceleration caused by the gravitational pull of the black hole before the object is sucked in. The existence of a black hole can also be inferred by indirectly observing the orbit of a star or interstellar cloud air mass, and its position and mass can also be obtained.

Black holes are usually discovered because they gather around the gas to produce radiation, a process known as accretion. The efficiency of radiant heat energy from high-temperature gases can seriously affect the geometrical and kinetic properties of accretion flows, and thin disks with high radiation efficiency and thick disks with low radiation efficiency have been observed. When accretion gases approach a black hole, the radiation they produce rotates on the black hole to extend the flow of the material system.

Cosmic box. No matter how much the universe expands, it is no bigger than the cosmic box.

What is bigger than the universe.

Dreamland. ......Bigger, vast, and deeper than the universeWhat's it?

There is infinite space beyond the universe, and our universe is just a tiny speck of dust in between.

What is bigger than the universe.

The mind of an advanced creature.

What is something bigger than the universe**?

In my opinion, there is nothing bigger than the universe! The universe is boundless, with no beginning and no end. The universe already contains everything, so there can be nothing bigger than the universe.

What is something bigger than the universe?

Philosophically speaking, there is nothing bigger than the universe.

Because, the definition of the universe, is the whole world. Contains all worlds in this universe, or the multiverse, or multiple spaces.

Of course, everyone's definition of the universe may be different, and some people think that the universe is the universe. Then something bigger than the universe is the universe outside the universe.

Is there a space larger than the universe?

According to the current scientists' inference, beyond this universe we live in is a hyperspace; and expanding at a faster rate than the universe. At the same time, there are countless large and small universes in this space, which we call parallel universes (also known as multiverses).Outside the universe, it should belong to the four-dimensional space!

Jokes, whose inferences? Although the membrane theory believes that the current universe is just a membrane, it does not dare to say anything outside the universe. The standard physicist's answer is:

Space is a thing that is only valid within the universe, and without this universe, the space we are talking about will have no meaning. However, some scientists who are dissatisfied with this god-like believe that the three-dimensional universe we live in may be in another four-dimensional universe according to the cosmic model, but !! It cannot be said that this four-dimensional universe is larger than our three-dimensional universe.

Perhaps the four-dimensional space that contains our three-dimensional universe is only 1 cm long. As for why a four-dimensional space with a side length of 1 cm can accommodate a universe with a diameter of tens of billions of light-years, the question is somewhat complicated. For example, suppose there is a two-dimensional universe with a diameter of 100 billion light-years, and you, the person of the three-dimensional universe, can fold the two-dimensional universe and put it in a matchbox, because the two-dimensional universe is only long and wide and has no thickness, and you can fold the two-dimensional universe into a small matchbox infinitely.

So, can you say that this matchbox is bigger than that two-dimensional universe with a diameter of 100 billion light years? Of course, you can't say that the two-dimensional universe is necessarily bigger than your matchbox, and in the case of dimensions, the concept of size is difficult to define.

Is there anything bigger than the universe?

The scope of the universe is expanding with human cognition, but the limit of human beings is dimension, and now human beings can only recognize four dimensions of space and time one, while according to Hawking's theory, there are 11 dimensions. So outside of our universe are higher dimensions. But humanity has not yet been able to break through the barriers of human knowledge.

Summary. At the moment, scientists have not been able to determine what a greater existence than the universe is. The universe is the totality of all matter and energy, including all the stars, planets, nebulae, black holes, and so on that we know.

The concept of being larger than the universe is therefore difficult to imagine because it transcends the confines of our existing physical world. Some scholars believe that the universe may be infinite and therefore no greater existence than the universe. While other scientists and philosophers believe that the universe is just a reality that we can observe, and that there may be a larger existence behind it that we cannot yet understand.

However, none of these ideas have been scientifically proven, so we still need further exploration and research.

Hello, dear, there is no <> bigger than the universe

At the moment, scientists have not been able to determine what a greater existence than the universe is. The universe is the totality of all matter and energy, including all the stars, planets, nebulae, black holes, and so on that we know. The concept of being larger than the universe is therefore difficult to imagine because it transcends the confines of our existing physical world.

Some scholars believe that the universe may be infinite, and therefore there is no greater existence than the universe. Other scientists and philosophers believe that the universe is just a reality that we can observe, and that there may be a larger existence behind it that we cannot yet understand. However, none of these ideas have been scientifically proven, so we still need to explore and research further.

Summary. The universe is a unity of space, time, matter, and energy. In a sense, it is infinite.

But what people now know is that the finite universe, or the definition of the finite universe. According to this view, the universe is the largest. What can be bigger than the universe does not exist.

Of course, if you put a limit on the universe in your mouth, as long as the space, time, matter, and energy are greater than the space, time, matter, and energy of the universe in your mouth, then it is considered a larger universe.

Greater than the universe is energy. There is a phase transition between different energies, and when the energy of the upper level is transformed into the amount of energy of the next level, a huge amount of matter will be released, which can be regarded as large. The essence of matter is the way of rotation of energy and the way of composing the stool.

Therefore, energy is something greater than the universe.

The universe is a unity of space, time, matter, and energy. In a sense, it is infinite. But what people now know is that the finite universe is ruined, or defined as a finite universe.

According to this view, the universe is the largest. What can be bigger than the universe does not exist. Of course, if you put a limit on the universe in your mouth, as long as the space, time, matter, and rock energy are greater than the space, time, matter, and energy of the universe in your mouth, then you will be considered to have a larger universe in the spring.

There is nothing bigger than the universe2 because the universe contains all the coarse things we know, including all matter and energy, and nothing else can be bigger.3 But we still have many unknown areas and phenomena, such as black holes, dark matter, and so on, which may allow us to understand the universe more deeply.

Something bigger than the universe is a parallel universe.

A parallel universe is a universe that is separated from our universe and has a similar history to ours. They may be separated by different rates of expansion of the universe, so they have different physical laws and celestial distributions. In some theories of the universe, parallel universes are universal.

This means that there are many different universes that exist at the same time, and the universe we live in is only one of them. These parallel universes may have different physical constants and laws, and may even have intelligent life.

Please note that the parallel universe theory is still controversial and does not enjoy widespread support. In addition, there are other concepts that may be larger than the universe, such as the superuniverse and the borderless universe, but these concepts still require more research and exploration to confirm their existence.

Parallel Universe Proposed Background:

The concept of parallel universes was not proposed because of the paradox of time travel, it came from quantum mechanics, because quantum mechanics has an uncertainty, that is, quantum uncertainty. The concept of parallel universes was proposed thanks to the scientific discoveries of modern quantum mechanics.

In the 50s of the 20th century, when some physicists observed quanta, they found that the quantum state was different each time they observed. And since all matter in the universe is made up of quanta, these scientists speculate that since each quantum has a different state, it is possible that the universe is not just one, but multiple similar universes.

Since the 20s of the 20th century, many physicists have described the state of microscopic particles in quantum mechanics as a wave function. When a microscopic particle is in a certain state, its mechanical quantity generally does not have a definite value, but has a series of possible values, each of which appears with a certain probability.