What is the particle theory?
Particle theory is an incredibly broadly creditable matter of matter that is essentially that the thing is made up of small particles that are constantly moving. Particle particle theory is the domain of particle physics, which is also known as high energy physics, because many of the most basic particles are generally in nature in general, but can be created by creating extremely highly highly high -energy interactions between particles. After thousands of years later, however, the theories of particles disappeared mostly the world, instead various other theories have appeared. In the 19th century, however, returned and scientist named John Dalton proposed the basic and indivisible particle that formed all the matter. This particle was named atom, from a Greek word that meant indivisible.
By the end of the 19th century, however, it turned out that the atom was not really indivisible and that the atom consisted even smaller particles. During the 20th century and until the 21st century, these particles were divided and new particles with high energy were discovered. The discovery of these particles helped specify and rozTo spread the nature of particle physics and much work today has to do with generating new particles to observe. This is done by creating very high -energy interactions in particle accelerators, where particles are released at incredibly high speeds, basically break into their basic bits and release energy particles that are rapidly distracted.
The working model of particle theory right now is known as a standard model. The standard model, although not a real unifying theory, comes remarkably Cztratit. It deals with three of the four known interactions: electromagnetic, strong and weak forces. It cannot solve the gravitational force, so it is incomplete, but still allows a large amount of comprehensive understanding of particles and the universe as a whole. The model contains twenty -four basic particles that make up matter and bosons that mediate forces. It also predicts the type of boson, the boson of the Higgs, which is the only boson that has not been observed yet expects to be detected by a largeHadron's collision.
At the basic level of particle theory, it helps categorize the three main states of matter that we see at everyday level. The particles look in relation to each other and the amount of energy they have, which affects how much they move. In a state where the particles are heavily attracted to each other and are held firmly together in a state where they vibrate but remain relatively solid, there is a solid. When some is attracted between particles and are held somewhat together, there is a liquid with a relatively free degree of movement. And when there is a low attraction between particles and can move freely around, there is gas.