How are miniature black holes everywhere? If the Large Hadron Collider created a black hole, would i

It's not clear yet. But the danger to the planet is currently unclear. Miniature black holes, also known as quantum black holes or mini-black holes, are very small black holes.

Some involve multidimensional theories, where there are miniature black holes with masses as small as electron volts, and this level of energy can be generated in particle colliders such as LHC. So there is some mass fear that this will lead to the end of the world. However, this quantum black hole will evaporate very quickly, leaving only a small interaction or disappearing completely.

And in addition to these theories, we note that the cosmic rays that shoot at the Earth do not cause any harm to the Earth, even though the energy carried by the centroid of these cosmic rays is as high as hundreds of TEV. In principle, the mass of a black hole can be anything higher than Planck's mass. To make a black hole, we have to concentrate mass or energy to the point where the escape rate exceeds the speed of light.

This condition gives the Schwarzschild radius formula. <>

In addition, the Compton wavelength represents the minimum range in which mass m can be localized at rest. For m small enough, the reduced Compton wavelength exceeds half of the Schwarzschild radius, and no description of this black hole exists. Therefore, it can be deduced that the smallest black hole mass is about Planck mass.

Generally speaking, when particles collide with each other to form various particles, the type and number of newly generated particles will be emphasized depending on the type of particle that collides, for example, when charged particles collide, more charged particles will be generated. <>

However, when a black hole evaporates, it releases various particles such as photons, gluons, and electrons, but these particles are not concentrated in a specific species, which is characteristic of black holes. Black holes cannot be directly observed, but their existence and mass can be known indirectly, and their effects on other things can be observed. Messages about the existence of black holes can be obtained by means of "edge messages" in which ultraviolet and X-ray rays are emitted due to high heat before the object is inhaled.

It's not clear. But the harm to the planet is not yet clear. Mini-black holes, also known as quantum black holes or mini-black holes, are very small black holes.

Some theories involving multidimensional elements** have miniature black holes with masses as small as electron volts. This level of energy can be produced in particle colliders such as LHC. As a result, some fear that this will lead to the end of the world.

However, this quantum black hole will evaporate rapidly, leaving only a small interaction or a complete disappearance.

Yes, black holes can be made; It would threaten the Earth because the black hole would absorb everything around it, but no one would want to do that.

The danger to the Earth is not yet clear, and miniature black holes are very small black holes, which can actually evaporate, leaving only a small interaction or disappearing completely.

When we talk about black holes, the first thing that comes to mind is definitely the well-known giant mass black hole at the center of the Milky Way. In fact, our galaxies are full of black holes, except that they are slightly less relative. Most black holes are four or five times more massive than sunlight, and they are not very large, with an event horizon of about 12 kilometers.

But there must be countless black holes in the galaxy, they are an unavoidable remnant of the ephemeral life of very large stars. Black holes, even very large ones, are very fine in the infinite space, like the eye of a very fine needle. Even if a large black hole is about 10 billion times the mass of the Sun, their event horizon can only reach Jupiter's orbit, and all the chemicals in the black hole, including light, cannot escape.

4.5 billion kilometers or light years.

The star composition of galaxies is likely to exceed the 100,000 light-years without fat black holes in the solar system, the larger black holes here are only 4 million to 5 million solar masses, and they are lying in ambush around the center of the Milky Way, with their event horizon only slightly larger than the radius of the sun, and their analysis shows that the force required to create a black hole is much less than previously calculated. And, perhaps at least in part, because of this discovery, biologists are gradually taking on a new hidden danger. They worry that the synthetic Medium and Large Hadron Collider will raise the probability that a black hole that can swallow the world will have indelible adverse effects, even if it is very small.

The news has made everyone worry that the black hole experiment brand figuratively says that it is equivalent to bringing the sun closer to the earth and thus making it dangerous. According to the experiments carried out by the Large and Medium Hadron Collider (LHC) of the European Regional Nuclear Science Research Agency, it is possible to open up an external economic black hole with devastating adverse effects of uncertainty. These concerns arose before the operation of the Large and Medium Hadron Collider, an 8-kilometer circular network accelerator with an outer diameter around Geneva, Switzerland, Germany.

Black hole is a unique star confirmed by experts according to the indirect observation of the omen, it has been favored by many scientific and reasonable work judges and astronomy enthusiasts for its strong attraction, great ability to destroy work, ubiquitous and immeasurable mysteries, and the scientific research on black holes is of key practical significance for everyone to carry out deep space excavation and detection and grasp the law of star generation and evolution. In the super-large-scale cosmic environment, the core view of the emergence of black holes today is closely related to the intrinsic mass of stars and their development trends. There are two mass limits that determine the final destination of massive stars.

It will not threaten the Earth, because even if a black hole is created, it is only a miniature black hole, and it will exist for a short time.

Physicists have pointed out that with the current manufacturing technology of human beings, it is completely incapable of creating micro-positive black holes, because the so-called large particle collider is actually not large, at least far from the stupid power to make black holes. Because if you want to accelerate the speed of particles to the speed of light, even the energy of the entire solar system is not enough. Even if the so-called miniature black hole is created, it will not be harmful, because the Hawking radiation theory tells us that when the diameter of the black hole is too small, it will be very short-lived, and it will basically evaporate instantly before it has time to swallow the surrounding matter.

Therefore, human beings do not have to worry about man-made miniature black holes engulfing the earth.

I don't think so, because even if human power can create black holes, then it is not very powerful.

will not crash out of the black hole, according to the scientist Shi Youxu's research on the cosmic shooting slipline, the energy of cosmic ray search is very large, but it has still not hit out of the black hole. No, because it doesn't crash out of a black hole, there is no such thing as devouring the Earth.

It's possible, because these two things have very powerful energy. Probably, the black hole's stove sedan car has a lot of suction, and it may be sucked into it when it is close to the ground, but it will not be far away.

No, the energy is not enough, the energy of a black hole is very large, whether it is a collider or a cosmic ray, it is unrealistic to want to hit a black hole.

Can the Hadron Collider knock out a black hole and then devour the Earth? Check it out below!

Artificial black holes. The European Large Hadron Collider (LHC) is known as the world's largest scientific project, which will use the huge energy generated by the collision of high-speed particle beams to reconstruct the cosmic shape after the "big **" occurs. Opponents in Europe and the United States, however, have filed separate lawsuits in local courts to halt or postpone the project, arguing that the LHC could produce dangerous particles or miniature black holes that could destroy the entire planet.

According to Professor Lesler's estimates, there is a high probability that the LHC will produce a miniature black hole in the experiment, which will expand exponentially and devour the Earth from the inside out, with the worst-case scenario disappearing within 4 years.

But CERN scientists released a safety report for the LHC program earlier this year, which was endorsed by an external panel of experts. The report states that the theoretical possibility of a miniature black hole in the collider is slim to none. Collisions of much higher energy than LHC are also frequent in nature, and cosmic ray particles coming at close to the speed of light often collide on the surface of the Earth, but the Earth is not swallowed by any greedy black hole.

These miniature black holes aren't just tiny black holes, they're actually subatomic in size, about the size of an electron or a proton. If the Large Hadron Collider were to operate for a hundred years, all the energy produced by these particles would not even be enough to light an electric lamp. Although the LHC produces trillions of electron volts, the maximum rate at which the LHC produces a tiny black hole is likely to be one per second, and such a small rate simply cannot cause perceived harm to anyone.

These miniature black holes are unstable, and they collapse quickly. In fact, these black holes are going in the opposite direction, spewing out radioactive material, so they will eventually disappear without a trace, instead of constantly devouring matter, getting bigger and bigger, and finally eating the Earth.

According to Werner Heisenberg's "uncertainty principle", there is some slight possibility of anything happening, but the probability of this happening is very small, and it may not happen in the lifetime of the universe.

It's said that it can, as if there is an article about the 10 most dangerous scientific experiments in the world, and each one of them can destroy the planet if it goes wrong. It seems that there is this experiment inside.

No, artificial black holes will only swallow electromagnetic waves like mobile phones, and even be beneficial to humans!

It does exist, the smaller the mass of the black hole, the faster it evaporates, and the miniature black holes created by this method will disappear in a very short time without any effects.

I think that if the miniature black hole is difficult to detect, it will indeed pose a certain threat to the Earth, but the black hole created by the Large Hadron Collider will be smaller, within a controllable range, and will not threaten the Earth.

Yes. After all, the Earth is only a small part of the universe, and black holes have the ability to devour everything, so they will definitely threaten the Earth.