Is there a gravitational force between positive matter and antimatter

There is a gravitational pull between positive matter and antimatter. Both positive matter and antimatter have a certain mass, and the gravitational pull between them may cause the positive and antimatter to rotate relative to a point or plane. The energy required to break through this point or surface is the energy released by the disappearance of the substance (mass-energy equation).

When the speed reaches a certain condition, you can get rid of the limit.

Antimatter physics refers to negatively charged matter with an antiatomic nucleus composed of antiprotons and antineutrons. Antinucleons (antiprotons and antineutrons) make up anti-atomic nuclei, anti-nuclei and positrons make up anti-atoms, and various anti-atoms make up various antimatter. Antimatter is a form of matter that is alien to humans, and in particle physics, antimatter is an extension of the concept of antiparticles, which are made up of antiparticles.

Antimatter and matter are opposites, as if a particle and an antiparticle were combined, causing both to annihilate and emit high-energy photons or gamma rays. In 1932, the American physicist Carl Anderson experimentally confirmed the existence of positrons. Subsequently, negative protons and antineutrons with opposite spin directions were discovered.

So far, more than 300 kinds of elementary particles have been discovered, which are all in positive and negative pairs, that is, any particle can have antiparticles, and on November 17, 2010, European researchers successfully "caught" trace amounts of antimatter for the first time in the history of science.

The reaction of gravitational force is to make the object fly because its reaction is also relatively strong. If it is severe, it can cause serious problems with the object, and there is no pressure on its own.

The reaction force of gravitation is also gravitational force, but it is in the opposite direction of its magnitude.

His reaction force is gravity, and any force has a reaction force and cannot exist alone.

The reaction force of gravitation is still gravitational because there is only one force in the universe.

The reaction of gravitational force is that there is no gravitational force and the object can float freely.

Is there a gravitational force between antimatter? If so, will positive matter and antimatter (of the same mass) create a gravitational pull, or will they cancel out?

Answer: There is gravity between antimatter! Positive matter and antimatter cannot be together, but there is a gravitational pull, and when they are attracted together, annihilation occurs. Unleash a huge amount of energy. e=mc 2, and there is one more question: why do substances attract each other? Answer:

Just as different charges attract each other and the same charges repel each other, so do matter, whether it is antimatter, positive matter, or dark matter, as long as it is matter, it will attract each other, because there is massFrom the law of gravitation, they attract each other. There's gravity!

So is there a universal repulsion in the universe?I think there must be, because what do you say?This is determined by the symmetry of the universe, since different charges will attract each other, and the same charges will repel each other, then universal repulsion must also exist.

A more powerful basis is that the three Nobel Prizes in physics in 2011 show that the universe is expanding at an accelerated pace, and it is really freezing to a frozen state, why the universe is expanding at an accelerated pace, the power comes from **, from dark energy, that is, there is likely to be a universal repulsion between dark energy!

There will be an attractive force between objects with mass, Newton's law of gravitation. Because of the mass of the surrounding space, a gravitational field is generated. So there is a mutual attraction

Now, the latest idea is that mass distorts the space around it, just as the sun is massive enough to distort the space around it.

In fact, for the planet, it's still going in a straight line. But because the space warps into circles. So from a cosmic point of view, the Earth is taking a circular route.

I remember there was a corresponding material and**, but I really don't remember seeing it in **.

I would like to make a personal comment for your reference. Everything is one yin and one yang, and matter is no exception, and there is also the other half of one yin and one yang, that is, what we call heaven and earth, that is, the ground is matter, and the sky is space, or space is negative matter. The opposite nature of yin and yang causes negative matter to create millions of kilometers of space around the earth.

Just as air, just as water creates pressure, so does the millions of kilometers of space created by negative matter. Negative matter, or the pressure of space on the earth's surface, also presses the material on the ground firmly on the earth's surface, and this pressure phenomenon is the earth's gravitational force. Since the direction of gravitational force generated by pressure is oriented towards the ground, there is no gravitational force between objects.

If you have any questions about your opinion, please feel free to share your opinions.

Photons have mass when they move, but no mass at rest.

The premise of the closure of the ether when applying the theory of relativity is that the substance has a resting mass m0.

When the object is in motion: m=m0 (1-v c), the photon has no m0 term, so it does not conform to this transformation, and the known state impulse is not contradictory.

a. Any two objects in nature are attracted to each other, so a is correct; b. The law of gravitation applies between any two objects in nature, so B is false; c. The gravitational force between two particles can be solved by the formula f= gmm r 2, when the two objects cannot be regarded as particles, the gravitational force between the two objects cannot be directly solved by the gravitational formula, so c is wrong; d. Newton discovered the law of gravitation, so d was wrong; So choose A

Gravitation is the universal interaction between all objects with mass in the universe, not only the gravitational force between the celestial bodies in the universe, so ABC is false, D is correct

Therefore, d

Any two mass-bearing particles are attracted to each other. The magnitude of the gravitational force is directly proportional to the product of their masses and inversely proportional to the square of their distance. The mathematical expression f=gm1m2 r 2