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Introduction to Particle Physics

Particle physics is a field of physics which researches the interactions and existence of particles which are the components of what is generally referred to as matter/radiation. In current perceptive, particles are excitations of quantum fields and interact following their dynamics. Most of the concern in this region is in fundamental fields, each of which cannot be defined as a bound state of other fields. The current set of basic fields and their dynamics are summed up in a hypothesis called the Standard Model; that is why particle physics is mainly the concern of the Standard Model's particle content and its possible extensions.

Modern particle physics study is focused on subatomic particles, which includes atomic constituents similar to electrons, protons, and neutrons (baryons, made of quarks), formed by radioactive and scattering procedures, such as photons, neutrinos, and moons, similar as a broad range of exotic particles. Specifically, the word particle is a misnomer from classical physics since the dynamics of particle physics are administered by quantum mechanics. Such as, they exhibit wave-particle duality, displaying particle-like behavior under the definite experimental conditions and wave-like behavior in others. In other technical terms, they are defined by quantum state vectors in a Hilbert space, which is also treated in theory of quantum field. These are the conference of particle physicists, elementary particles pass on to objects like electrons and photons as it is renowned that these sorts of particles display wave-like properties as well.


All the particles and their interactions observed to date can be defined almost completely by a quantum field hypothesis called the Standard Model. This Model has 61 elementary particles. These particles can unite to form complex particles, accounting for the hundreds of other genus of particles revealed since the year 1960s. The Standard Model has been established to consent with almost all the experimental tests conducted to date. Though, most particle physicists believe that it is not a complete explanation of nature, and that a more fundamental hypothesis awaits discovery. In recently, measurements of neutrino mass have given the first experimental deviations from the Standard Model.

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