Is the universe made up of infinite dimensions?

(1) Is cosmic space composed of countless energy particles?

Energy must be carried by matter, cosmic space is composed of innumerable matter particles, and matter particles carry units Energy

(ii) 1. The universe is composed of countless _____ or _____ 2. The Milky Way is a huge celestial system integrated by countless _____

1. The universe consists of countless
galaxies
or
star clusters
. 2. The Milky Way is a huge celestial system integrated by countless
stars
.

(iii) Is the universe infinite?

Limited and boundless. How to understand it? You know, jog into a line, a line into a surface, and a surface into a body. A line is one-dimensional space, a surface is two-dimensional, and a body is three-dimensional. Movement produces time, and time plus this three-dimensionality constitutes four-dimensionality. The universe is a four-dimensional space. Any body, face, is limited, so the universe is also limited. But why is it boundless? You see, a line is composed of an infinite number of points, a surface is composed of an infinite number of lines, and a body is composed of an infinite number of surfaces. A cube you can hold in your hand and you think it’s limited. However, if there is a two-dimensional person living in this body, since there are countless faces, this person thinks that this cube is infinite. In the same way, the four-dimensional universe is made up of countless three-dimensions, and the creatures in it are all static, like a statue in one fell swoop, but each three-dimension lives us, just like an animation composed of faces, that one individual is connected to one another. Together, it constitutes the so-called passage of time. Therefore, the four-dimensional universe is infinite, but it is also finite. Perhaps, a four-dimensional person will also look at this limited universe and laugh at our stupidity. No way, it takes generations of hard work and wisdom for a creature to realize a world one dimension higher than the one they live in. In fact, the universe has eleven dimensions. I wonder if human beings can understand these issues before they die. So, the universe is finite and infinite, at least for us. One more thing, the universe is expanding at the speed of light, so it’s finite, but it does get bigger.

(iv) The universe contains countless substances, and what is it made of?

Stones are weathered into sand and soil, usually aluminosilicates. Water is H2O2, and the element comes from stellar nuclear fusion. The starting material for all elements is hydrogen, which is processed inside stars into various elements. Those that exceed iron are formed when supernovae explode, various elements forming compounds such as water, oxygen from stellar nuclear fusion, and hydrogen forming compounds. Magnetism and electricity characterize the material world, and electromagnetism is transformed into electromagnetic waves. The sunlight we see is made up of electromagnetic waves of various wavelengths that transmit energy. There may be no gravity, and a mass object bends the surrounding space, feeling like gravity.

At this time, the moon was also captured by the earth and became the protector of the earth, escorting the birth of animals and plants on the earth in the future. Ugh! too long. In short, the matter of the earth comes from the inherent properties of the universe, and it is formed by the aggregation of cosmic objects from all directions. belong to the laws of nature. The picturesque hydrogen is an extremely simple element consisting of only one proton and one electron. They are the primordial matter in the universe. The diffused hydrogen forms nebulae, which gravitationally clump together to form stars. Depending on the size of the star, there are red dwarfs, yellow dwarfs, blue giants, etc.

(v) What is the universe made of!

Parts of the universe as observed by humans are approximately 4.9% ordinary matter (the stuff that makes up stars, planets, gas and dust) or “baryons”, 26.8% dark matter and 68.3% dark matter energy composition. Baryonic matter forms an intergalactic “cobweb”.

On the question of what the universe is made of. One blurted answer: made of those sparkling stars. But in recent decades, scientists have increasingly found that answer to be incorrect. Astronomers believe that the matter that makes up stars, planets, galaxies—and, of course, us—is less than 5 percent of the total mass of the universe, or ordinary matter. Another 25 percent, they estimate, may be dark matter composed of particles that have yet to be discovered.

Astronomers think it may be dark energy — the force that accelerates the expansion of the universe. What is the nature of dark matter and dark energy? Scientists are using accelerators and telescopes to find answers to these questions, and if they do, the implications must be cosmic.

(5) Is the universe composed of countless dimensions? Extended reading:

The pioneer of modern cosmology was Hawking. Hawking: “In the process of creation of the universe, “God” has no place. There is no need to use “God” to press the start button for the universe.”

Hawking highly praised��Mathematical and physical means look for a grand unified theory, and prove that “the universe was not born by accident and does not need God”, and “the mathematical model of the universe is finite and unbounded”.

Hawking said in his speech: “However, it has been discovered in the past few years that the laws of science hold even at the beginning of the universe. In that case, the universe can be self-sufficient and governed by the laws of science. The assumption that Hartle and I have made can be rephrased as: The boundary condition of the universe is that it has no boundaries.”

(vi) What is the universe made of

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The universe consists of huge superclusters of galaxies surrounded by large clusters of invisible empty space. Each galaxy contains billions of stars made up of particles that are too small to be seen. Protons, neutrons, and electrons are the most common particles, usually bound together in the form of atoms. Protons and neutrons are made of smaller particles called quarks.

For many years, physicists have tried to use a single scientific theorem to explain the motion of the universe, and they are moving in the direction of “universal rules”. The “universal rule” holds that all the forces of gravity, electromagnetism, the strong nuclear force, and the weak interaction are interrelated, and states that all subatomic particles may be created by a single elementary particle.

(6) Is the universe composed of countless dimensions? Extended reading

The future of the universe:

According to modern The most influential Big Bang theory in cosmology, our universe was created by a very small point explosion about 15 billion years ago, and the universe is still expanding. This theory has been confirmed by a large number of astronomical observations.

With regard to the future of the universe, this theory holds that if the total mass of the universe is greater than a certain critical mass, then the structure of the universe is spherical and will one day contract under the influence of gravity;

If the total mass of the universe is less than the critical mass, then the structure of the universe is saddle-shaped, and the gravitational force inside the universe cannot counteract the speed of the universe’s expansion and keep the universe expanding; if the total mass of the universe is exactly equal to the critical mass, Then the structure of the universe is flat, and the universe will continue to expand as it is now.

㈦ So in a broad sense, is the entire universe composed of countless atoms?

I think in a broad sense, the various Planets or galaxies are like atoms or quarks in the narrow sense or part of a smaller structure. Although the universe is infinite, many things in the universe are like the inside of an atom. The moving planets in the universe are like those inside an atom. The motion of particles, of which humans belong to a very small part. I can’t tell, I think the universe is just the inside of an atom, and that atom is just an atom in an object in another universe. . . . . And so on
These data may be useful to you:
The description of space-time in physics has experienced three model structures
One is Euclidean geometry, which is the basis of classical mechanics and optics;
The second is Riemannian geometry, which is the basis of general relativity; the third is quantum geometry, which is the basis of superstring theory.
What I want to say is the final quantum geometry, which is a very special spatial pattern, which is essentially a topological principle. Simply put, strings vibrate in different ways in different spatial dimensions, exhibiting various properties of particles such as different charges, masses, spins, and strong charges.
A string vibrates around the dimension of space, and there are two sources of energy: winding energy and vibrational energy. The smaller the space dimension, the smaller the winding energy and the larger the vibration energy; the larger the space dimension, the smaller the vibration energy and the larger the winding energy.
Mathematics can prove that these two kinds of energy are inversely proportional, and the physical quantity exhibited by the string is determined by the total amount of energy, so it does not matter which of the two kinds of energy is larger or smaller.
But this will lead to a result, although the total amount is certain, but the size of the spatial dimension is different, the Planck length (1.616×10^-35m) is a dividing point, above which the vibration energy dominates , below which the entanglement can dominate. Therefore, starting from the Planck scale and developing to both ends, the obtained world is physically indistinguishable. That is to say, our universe (10^61 Planck length) and the 10^-61 Planck length universe are essentially the same.
In other words, there may be infinite universes in the microscopic world. Due to the fluctuation effect of quantum mechanics, these universes are likely to be randomly generated and instantly annihilated. But note that this is for us, as we measure with “light strings” dominated by winding energy, while they are measured on “heavy strings” dominated by vibrational energy. When we swap measuring tools, we get the exact opposite result.
This is a conjecture of a kind of “tolerance between universes”. We see other universes as microscopic, but they see me.�� is also microscopic, the difference being that a different string is chosen.
References: “The Universe in the Nutshell”, “The Strings of the Universe”

㈧ Is the universe we live in composed of countless spaces

It’s almost like this~~~ Now the universe we live in is all in the same space
Modern physics believes that time and space are not independent and absolute, but interrelated and variable. Any Changes in one party include changes in the other party. Therefore, time and space are collectively referred to as space-time, which is more scientific and complete in concept.
P.S. The word “space” mentioned above is not precise enough. Space-time (four-dimensional) and space (three-dimensional) have a difference of one dimension, and they are also different from what is commonly called Hilbert space. There is a very important reason for viewing the universe as a four-dimensional space-time because it just happens to fully describe all events that occur in the three-dimensional space that we can recognize

(ix) 17. The universe It is composed of vast ( ) and countless ( )

17. The universe is composed of vast (space) and countless (stars)

I wish you study and progress !
If you have any questions, please ask, and please accept it in time for understanding! Thank you for your cooperation(*^__^*)

㈩ What is the universe made of

Several astronomers from Princeton University and Chicago believe that the universe is neither It’s made of dark matter, not from the voids between galaxies, but from a huge supercluster of galaxies and a large void.

Other astronomers disagree with this explanation, but also admit the existence of superclusters, and even some astronomers believe that there is a larger group of galaxies than superclusters, that is, tertiary galaxy clusters. The existence of superclusters shows that the distribution of matter in the universe is not uniform on the scale of at least one million parsecs.

Since the 1980s, astronomers have discovered that there are regions in the universe with few galaxies with a diameter of 100 million parsecs, called giant holes.

Superclusters and giant holes are intertwined to form a fundamental picture of the large-scale structure of the universe. The supercluster of galaxies in which the Local Group is located is called the Local Supercluster. However, does this kind of stepped agglomeration structure really exist? People are still watching.

Universe

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