What the hell is a strangelet quark group?

Strangelet "Strange Micron" and "Strange Quark".

A kireno is a term coined in response to a hypothetical tiny "exotic matter" that contains almost the same number of particles as the exotic quark. According to the most theoretically important studies, chitrinos can transform into ordinary matter in a millionth of a thousand seconds. But can a kireno combine with ordinary matter and become a singular substance?

This question was raised in 2000 when the Relativistic Heavy Ion Collider (RHIC) first appeared in the United States. A study at the time showed that there was no reason to be concerned about the problem, and now that the Relativistic Heavy Ion Collider has been in operation for 8 years, it has been searching for chivalriano but has so far found nothing. Sometimes the Large Hadron Collider, like the Relativistic Heavy Ion Collider, needs to operate through a heavy nucleon beam.

The LHC's beam will have more energy than the relativistic heavy ion collider's beam, but this situation makes it less likely for a chireno to form. In the same way that ice cannot form in hot water, the high temperatures produced by colliders like this make it difficult for exotic substances to bind together. In addition, quarks are fainter in the Large Hadron Collider than in the Relativistic Heavy Ion Collider, which makes it difficult to aggregate exotic matter.

Therefore, the probability of generating chirenos in the Large Hadron Collider is smaller than in the Relativistic Heavy Ion Collider. This result has confirmed the argument that chivalrino does not arise.

The quarks of the smallest matter in the universe are smaller than atoms and protons, and can be divided into at least three categories: upper quarks, lower quarks, and exotic quarks. If the state of the strange quark group is stable, it can produce a locking effect, transforming all the atomic nuclei on the earth, causing the earth to become steaming, Grey viscous substance. LHC may produce quarks, which raises suspicions.

However, Cern scientists stress that the temperature of LHC is extremely high, and it is absolutely impossible for three quarks to form a strange quark cluster, which is like condensing ice in hot water.

Strange quark group (strangelet) is a theoretical substance (hypothetical object), composed of three types of quarks: upper quark, lower quark and strange quark, if the strange quark group is stable, it can produce a chain effect to transform the atomic nucleus into an extremely hot, gray viscous substance.

The quarks of the smallest matter in the universe are smaller than atoms and protons, and can be divided into at least three categories: upper quarks, lower quarks, and exotic quarks. If the state of the strange quark group is stable, it can produce a locking effect, transforming all the atomic nuclei on the earth, causing the earth to become steaming, Grey viscous substance. LHC may produce quarks, which raises suspicions.

However, Cern scientists stress that the temperature of LHC is extremely high, and it is absolutely impossible for three quarks to form a strange quark cluster, which is like condensing ice in hot water.

The Strange Quark Regiment is known as the subatomic zombie! It can make ordinary matter singular! Infect all space-time bodies!

The singular quark cluster is a theoretical substance that needs to be verified, so it cannot be said that he is the densest substance.

If it exists, it may be the densest substance in the universe, and it should be that human beings have not yet explored the universe.

Please refer to the following for further details.

In the future, this kind of thing will be found in the encyclopedia.

I think Quaco definitely exists, because the nucleus can't be the smallest particle.

Quarks (theoretically conceived as a generic term for three more fundamental particles with no integer charges).

Absolutely. Protons and neutrons are made up of quarks!

It's very small, you can't see it, it must be pure.

Quarks, as if they exist

For a long time, the atom was thought to be the smallest unit of matter, and it was not until the end of the 19th century that scientists discovered that atoms can be divided into nuclei and electrons that move around them.

The structural units in the model given when decomposing elementary particles such as nucleons.

Eaten by a black hole, because he's just a shrunken version of a black hole, mutilated.

Quarks form hadrons inside the hadron (i.e., 3 quark baryons containing neutrons, protons, hypertons, and 2 quark mesons).

Neutrons, protons, and mesons are made up of more basic units, quarks (neutrons and protons are composed of three quarks of different colors, red, blue, and green, and are baryons. The meson is composed of two quarks, positive and negative), and many Chinese physicists call quarks "layers".

Tricolor quark diagram.

The number in the figure represents the smallest unit of indivisible positive and negative electromagnetic information - qubits (Qubit) (name physicist John. John Wheeler famously said, "It from bit."

After the development of quantum information research, this concept was sublimated to the point that everything originates from qubits).

To be honest, it's too slow to sign in and upgrade alone, so I copied this paragraph and replied when I met the post, and I got at least 15 experience for a return, and it can help you not sink into the post.

We all know that it is the molecules that make up the substance, and the atoms that are smaller than the molecules. So what is smaller than an atom? Yes, it's quarks.

A quark is an elementary particle that participates in strong interactions and is the basic unit of matter. Quarks combine with each other to form a composite particle called hadrons.

The most stable of hadrons are protons and neutrons, which are the units that make up the nucleus of an atom. Due to a phenomenon called "quark confinement", quarks cannot be directly observed or separated, but can only be found in hadrons. For this reason, much of what we know about quarks comes indirectly from the observation of hadrons.

The remnants of supernova explosions are neutron stars, the gravitational pull of their cores intensifies, eventually turning neutron matter into matter consisting of upquarks, downquarks, and exotic quarks.

There are 6 types of quarks, they are upper quarks, lower quarks, singular quarks, 9 quarks, bottom quarks, and top quarks. The main ones involved in the composition of matter are the upper and lower quarks.

Quarks are network communication in information technology.

Quark is a ** out of neutrons.

A quark is the smallest unit known so far.

Quarks are very small units.

It is a force · a particle.

The cross gram is now the smallest unit known to man.

In 1964, the American physicist Gell-Mann proposed the quark model and the eightfold state of quark (Noble Eightfold Path) and the decafet state.

The eightfold state of quarks.

The decaffold state of quarks.

U upper quark charged 2 3, d lower quark charged -1 3, s odd quark charged -1 3).

The charges of the 4 delta baryons are:

=1e-, 0=uncharged, δ=1e+, =2e+ , e is the amount of electricity of one electron = coulomb.

Quarks are divided into three generations (one generation is heavier than the other), six flavors (taste is energy, according to small to large - up and down the bottom of the odd top, six flavors), three colors (color is the degree of freedom and phase, three colors are red, green and blue), positive and negative, so there are a total of 36 kinds of quarks.

Three generations of positive and negative quark diagrams:

Tricolor positive and negative quark diagram: The tricolor 3 quarks are composed of different - baryons, nucleons, and hyperons (red, blue, and green each have one color), and quarks are the basic units that make up hadrons (including neutrons, protons, nucleons, hypertons, baryons, mesons, etc.) (see figure below).

Neutrons, protons, and mesons are composed of more basic units - quarks (neutrons and protons are made up of three quarks, which are baryons, and mesons are composed of two quarks), and many Chinese physicists call quarks "stratons".

Two quarks in the front and back form various meson diagrams.

Quark-gluon plasma diagram.

The sign in the figure represents the smallest unit of indivisible positive and negative electromagnetic information - qubits

Famous physicist John. John Wheeler famously said, "It from bit."

After the development of quantum information research, this concept was sublimated to the point that everything originates from qubits).

Note: Bits are bits.

It is a force that further strengthens the gravitational pull at the core, eventually causing the neutron matter to become a matter composed of upper quarks, lower quarks, and exotic quarks.