How does a particle accelerator make new particles when they crush particles?

In the process of smashing particles, the particle accelerator will also produce other new particles after decomposition and impact, so when it smashes particles, it is also creating new particles.

Scientists attach great importance to the scientific operation of the particle accelerator to crush the particles and make them collide, and in this process, to raise enough energy to fully react and produce new particles.

The particle accelerator is used to impact the particles, and the relationship between them is broken through the impact, and then new particles are formed, which is the origin of the particles. It's not about smashing particles, it's about creating particles.

Particle accelerators crush particles, in order to create new particles, there must be an exchange of quality and energy, and in order to produce new particles, it is necessary to constantly collide to produce enough energy, so it is necessary to use the accelerator to reach enough energy.

Particle Accelerators can quickly smash particles, but the crushed particles can be recombined into new particles. The reason is the problem of speed, and only when the speed increases will the substance become different.

Supersymmetry Supersymmetry particles are not conjecture plus conjecture is the correct reality.

Human devices are not yet able to create new particles, nor can they shatter elementary particles! I can't open it on protons either! That's the status quo!

Since the 80s of the 20th century, China has successively built four high-energy physics research facilities: the Beijing Positron Collider, the Lanzhou Heavy Ion Accelerator, and the Hefei Synchrotron Radiation Facility. After 2000, the state and local governments cooperated to spend 1.4 billion yuan to build a large scientific device, Shanghai synchrotron radiation light source. Why did the state spend so much money on the construction of such a high-energy physics research facility?

With the development of science and technology, human beings' understanding of the structure of matter has gradually developed from seeing various substances around us at the beginning to gradually developing with the help of magnifying glasses, microscopes, and later particle accelerators, electron colliders, etc., and gradually penetrating into the deep layers of cells, molecules, atoms and atomic nuclei, and each step will bring huge social and economic benefits. The discovery of the nucleus and its extranuclear electrons has led to the development of radio, semiconductors, television, radar, lasers, and X-rays, and the research on the nucleus in recent decades has laid a theoretical foundation for the utilization of atomic energy.

To understand the microstructure of matter, you must first break it up. The particle accelerator uses high-speed particles to "smash" the measured matter, so that the positrons and negative electrons collide in motion, which can make the microstructure of the material change to the greatest extent, and then enable us to understand the basic properties of matter. Scientists have been working on the miniaturization of particle accelerators, and military scientists are hoping to make particle guns that can penetrate steel.

One of the illustrative fragments of Clover's paradox.

Particle accelerators were originally developed as an important means for people to explore the nucleus of the atom.