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Also known as: Quantum Physicist
Particle physics is a branch of physics dealing with subatomic (smaller than an atom) elements of matter and radiation as well as subatomic particles. A particle physicist is someone who looks to see how these particles exist and interact. The field of particle physics evolved out of nuclear physics, and the two are still closely correlated.
The particles that are dealt with in this field are governed by quantum mechanics. This signifies that they may show both wave-like and particle qualities. The overarching goal of particle physics is to identify the most simple objects of which matter is composed of, and to understand the integral forces that drive their interactions and combinations.
In 2008, the Large Hadron Collider (LHC), the world's largest and highest-energy particle accelerator, was constructed in Geneva, Switzerland to discover new particles and develop new theories.
A Particle Physicist is a specialized type of Scientist.
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A particle physicist may be associated with any of the following areas of interest:
Electrons, Protons, and Neutrons
Photons, Neutrinos, and Muons
Exotic or Theoretical Particles
Unified Field Theory
The practice of theoretical particle physics develops the standard model of particles, theories, and mathematical tools related to current and future experiments. Research in this field can lay down the foundations for many other disciplines of science, including chemistry, quantum mechanics, and general relativity.
A particle physicist will work with pioneering technologies such as high-energy colliders to investigate the inner workings of quantum mechanics and more high-energy physics. They may also incorporate other fields such as astronomy into their research, working with cosmic rays from outer space. Particle physics leans more towards the theoretical side of experimentation and research. Most particle physicists attain educational or purely research (theoretical and/or experimental) positions, or a combination of both.
The goal of a particle physicist is to reach the physics beyond the standard model. Areas of great interest now are in studies of dark matter and neutrino masses. International conferences and seminars are held annually around the globe. Particle physicists who have drawn the interest of other scientists and the media may be invited to give presentations or proposals. This may entail further invitations to give lectures or presentations in other countries' institutes and further interest in the field described.
A particle physicist may find positions at international laboratories working with high-energy colliders, or at a higher education institute that excels in engineering and sciences. Particle physicists usually work in particle accelerator facilities indoors, capturing what progresses inside the machines.
The United States Department of Energy funds Brookhaven National Laboratory, which employs about 3,000 scientists, engineers, technicians, and support staff, hosting 4,000 guest researchers annually. Particle physicists are able to engage in extensive high-energy research here with their Relativistic Heavy Iron Collider (RHIC), the biggest and most powerful particle accelerator other than the LHC. The RHIC is designed for quark-gluon plasma research.
The LHC is housed by the European Organization for Nuclear Research, which employs 2,600 regular staff members, and 7,931 scientists and engineers from 580 universities and research facilities. Another world-renowned particle accelerator is the Tevatron with a circumference of 3.9 miles, at the Ferni National Accelerator Laboratory in Illinois.
The SLAC National Accelerator Laboratory at Stanford University is famous for its linear particle accelerator. DESY in Hamburg, Germany is a prominent research facility that deals with collision of electrons or positrons and protons. KEK in Tsukuba, Japan houses a neutrino oscillation experiment and an experiment measuring CP-symmetry violations in the B-meson.
I thought I might take some time to describe what an experimental particle physicist actually does on a day-to-day basis.
From new medicines to cancer treatment, the tools of particle physics play an important role in hospitals around the world.
Theoretical physicist David Kaplan discusses his new documentary “Particle Fever,” which followed scientists around the world for seven years as they hunted for the Higgs boson.
CERN laboratory, home of the Large Hadron Collider, will celebrate 60 years of pioneering scientific research and exciting discoveries this year. Two Italian physicists, Maria and Giuseppe Fidecaro, can tell you about nearly every one of those years.
Who really cares about particles anyway? Why are particle physicists so interested in them?
Particle physics has revolutionized the way we look at the universe. Along the way, it’s made significant impacts on other fields of science, improved daily life for people around the world and trained a new generation of scientists and computing professionals.