Field Theoretical Methods in Particle Physics


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Elementary particles of the Standard Model. Main article: History of subatomic physics. Main article: Standard Model. Feynman diagram.

Kyushu University Faculty of Science, Graduate School of Science, School of Science

Standard Model. Quantum electrodynamics Electroweak interaction Quantum chromodynamics Higgs mechanism. Incomplete theories. Anderson P. Atomic physics Astronomy High pressure International Conference on High Energy Physics Introduction to quantum mechanics List of accelerators in particle physics List of particles Magnetic monopole Micro black hole Number theory Resonance particle physics Self-consistency principle in high energy Physics Non-extensive self-consistent thermodynamical theory Standard Model mathematical formulation Stanford Physics Information Retrieval System Timeline of particle physics Unparticle physics Tetraquark International Conference on Photonic, Electronic and Atomic Collisions.

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Views Read Edit View history. In other projects Wikimedia Commons Wikiquote. By using this site, you agree to the Terms of Use and Privacy Policy. Standard Model Quantum electrodynamics Electroweak interaction Quantum chromodynamics Higgs mechanism.

Faculty Position: Theoretical High Energy Physics | Department of Physics

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Classical mechanics Continuum Solid Fluid Acoustics. Quantum mechanics Quantum electrodynamics Quantum field theory Quantum gravity Quantum information. Fermions Quarks Up quark antiquark Down quark antiquark Charm quark antiquark Strange quark antiquark Top quark antiquark Bottom quark antiquark.

Gauge Photon Gluon W and Z bosons. Superpartners Gauginos Gluino Gravitino Photino. Hypothetical baryons Hexaquark Skyrmion.

By studying the basic forces of nature, we aim to understand how these fundamental particles interact and bind together to form more familiar objects like the proton or the neutron , how they decay from one form to another and how they influenced the evolution of the very early Universe. The goal of the subject is to discover the law of nature in their most fundamental form, and to understand how the Universe we see around us emerges from these fundamental laws. The subject relies on experiments ranging from huge particle accelerators such as the LHC , orbiting satellites e.

WMAP and Planck , terrestrial detectors, underground laboratories and simulations using powerful supercomputers, as well as on the creative ideas of individial scientists. Particle physics is broadly split into two groups: experimental physicists, who gather data about the universe, and theoretical physicists. Theoretical particle physics uses mathematical techniques to understand the results of particle physics experiments. The Standard Model of particle physics governs three of these all except gravity and the elementary particles that take part in these interactions.


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Whilst very successful in explaining most, if not all, of current experimental measurements, we do not believe that the Standard Model is complete. Theoretical particle physics today moves in two basic directions.

Theoretical Elementary Particle Physics

One is to use the Standard Model to make precise predictions that can be tested against experimental data, with a view to confirming or disproving the correctness of the current theory. The other direction is to use mathematical reasoning to deduce what would be the logical extension of the Standard Model.

This particle is needed to allow other elementary particles to have a non-zero mass without breaking the important symmetries of the Standard Model. Peter Higgs has been a faculty member in Physics at the University of Edinburgh since and at present is an Emeritus Professor in our group. Professor Higgs's important work was rewarded with the Nobel Prize in Physics in

Field Theoretical Methods in Particle Physics Field Theoretical Methods in Particle Physics
Field Theoretical Methods in Particle Physics Field Theoretical Methods in Particle Physics
Field Theoretical Methods in Particle Physics Field Theoretical Methods in Particle Physics
Field Theoretical Methods in Particle Physics Field Theoretical Methods in Particle Physics
Field Theoretical Methods in Particle Physics Field Theoretical Methods in Particle Physics

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