Is there any maximum temperature in the universe? What is the highest temperature in the universe?

Without a maximum temperature, the mass of the particle changes when the speed of motion is close to the speed of light (which does not apply to all of Newton's mechanical theories), which is why, because of the difference in the impulse of the protons and neutrons, they enter each other, and the density increases and at the same time a huge amount of energy is released. At this point, the temperature rises indefinitely over time. When the universe was first formed, it was formed due to the rapid accumulation of matter towards the center, and the infinite speed and temperature density caused the collapse of the atomic nucleus, but the minimum temperature is as long as there is matter, electrons are moving, and protons are moving, and the temperature will have a minimum lower limit.

Only the highest temperature detected.

There is no temperature that cannot be raised. -

I don't know. It's probably the infinite motion of atoms (or electrons).

No. According to Einstein's theory of relativity, the speed of light is the upper limit of the speed at which matter moves, and correspondingly, the kinetic energy of molecules (or particle kinetic energy, when the temperature is too high, there are no molecules) is infinite, so the maximum temperature can be as large as it can be, that is, no.

According to Einstein's theory of relativity, the speed of light is the upper limit of the speed of matter moving, and correspondingly, the kinetic energy of molecules also has a certain upper limit, so that the temperature has an upper limit, but theoretically this upper limit is very high.

No. There is only an absolute 0 degrees, which is -273 degrees Celsius.

There should not be the highest temperature in the universe, and asking this question is like asking, "Is there any largest number in the world?" "All the same, no.

Yes, technology hasn't reached this level yet.

No one today can accurately answer such a question. Because, human beings are far from knowing the surface of the universe, let alone specific problems. It is said that the highest temperature is the moment when the universe is big, but this is just human speculation, after all, no one has seen it, and people who have seen a lot of astronomical knowledge may feel that all astronomical knowledge is conjectured, and some are recognized by many people, so it seems very correct.

Don't talk about the earth, in the earth alone, no one knows what the maximum temperature is, or everyone will say that it is the core of the earth, so has anyone really measured the temperature of the center of the earth? It's not speculation yet. The former Soviet Union once tried to drill a deep hole to penetrate the earth's crust and do so-called scientific research, but the results were unsuccessful.

By guessing something, everyone can blow it, it's not a big deal. At present, we can only guess that the center of the galaxy is the hottest, like the center of the Milky Way, note: this data is guessed by humans, and no one has ever been to the center of the Milky Way.

Hidden in the darkness of space, at the lowest temperature, just because you find one of the cold spots doesn't mean it's the coldest.

The highest temperature in the universe can be reached, that is, the ultimate temperature at which all matter in the universe can release energy (the universe has a maximum limit). One of the lowest temperatures in the universe. At present, the highest temperature measured in the universe is the energy released by supernovas**, which makes the temperature reach 2 billion (measured by highly civilized and intelligent humans (aliens).

I don't think any speculation without evidence is invalid, we can't explain anything with the knowledge we humans have, and there are still a bunch of questions in the solar system that haven't been clarified, and it's too much to talk about the universe.

Because as the molecules move more violently, the temperature gets higher and higher. In fact, the answer may be yes, no, or probably, depending on what kind of theoretical physicist you're talking to. Some physicists hypothesize that the absolute heat may actually be negative.

In the universe, the highest temperature can reach 100 billion degrees Celsius, and the human body cannot touch it.

Theoretically, there is no upper limit to the temperature in the universe, and the temperature is actually the movement of the particles, and the minimum temperature can reach minus when the particles are at rest, but the maximum temperature can also reach several or even higher when the particles are moving.

Normally, there is no maximum temperature in the universe, only the lowest temperature, which is absolute zero.

There is no upper limit to the maximum temperature in the universe, because it is always moving, so the temperature will always rise.

The highest temperatures can reach 1,000 billion. It's even a little higher than that. And I feel that this temperature is really unimaginable.

Our understanding of the universe is not very much, but the understanding of the moon, there is still a lot of knowledge, but for some other physical factors and various stars and planets, we still don't know very much, although the scientific research of various countries has been very powerful, but we still have very little exploration of the universe, so our modern team only has some physical quantities in the universe can only be simple, such as how much the highest temperature in the universe can reach, In fact, in our universe, the highest temperature is probably reached at the moment when the universe is large, and the temperature reached is the largest, and the maximum temperature can be reached is billions of billions of degrees. <>

Let's take a closer look, the unit of measurement behind him can know that its temperature is very, very, very high, and the normal temperature of our human body is also about 36 to 37 degrees Celsius, but the highest temperature of the universe has reached far more degrees than we imagined, even higher than the temperature on the surface of the sun, we really can't imagine how such a high temperature exists in our universe, and whether there are some planets around him that can adapt to this temperature. This is a new beginning for our exploration of the universe, because this very extreme temperature, we really can't imagine that this is the highest temperature that existed at the time of the Great Explosion of the universe, but the highest temperature in the universe is not this value. <>

Now in the universe, the current maximum temperature as we know it should be about the same as the maximum temperature, according to a study by Gordon, a professor in the Department of Astronomy at the University of California, in 2017. The average temperature of the universe is minus 271 degrees. This average temperature is also a very shocking number for us, the highest temperature in the universe can reach an astronomical number, but the lowest temperature actually reaches sub-zero degrees, it is really hard to imagine that there are other places in this universe where I am in the field, and a discovery that may surprise us after exploration. <>

There is not a single value that is particularly accurate. At present, the highest temperature has reached hundreds of billions of degrees, which is also a macro concept.

The highest temperature in the universe should reach billions of billions of degrees, and this is the moment when the universe is big. The current average temperature of the universe is minus 271 degrees Celsius.

The universe is very extensive, and according to current research, the highest temperature in the universe is billions. This is the highest temperature that the universe can withstand.

It can currently reach 2 billion. The maximum temperature should be the Planck temperature.

And such a temperature will definitely break the record, but it has not been reached so far.