Related: What Is a Scientist? Definition and Types of Scientists Benefits of being a theoretical physicist Sometimes travel may be necessary for events such as conferences, meetings, seminars and expeditions. Work weeks for theoretical physicists are typically 40 hours and take place during regular business hours, though some overtime is possible depending on workload. These individuals may work at universities, laboratories, development facilities or government agencies. Typically, theoretical physicists work in office, laboratory or academic settings. Observe the structure and properties of matterĪssist in civil defense planning in the event of chemical hazards Teach advanced theories and practices to physics studentsĭesign scientific equipment for advancement of researchĬonduct research related to potential environmental impacts of nuclear and atomic activityĭevelop manufacturing and assembly procedures using lasers, infrared and light-sensitive devicesĪdvise government bodies and officials on best practices during an atomic or nuclear eventĬollaborate with space exploration teams during the development and deployment of missions Perform mathematical calculations in an attempt to prove abstract theories Study currently accepted theories in the field Write computer software to assist in the development of theories and aid in research Instead, they devote most of their efforts toward developing theories through mathematical calculation and field research in an attempt to expand knowledge in the scientific community and contribute to the advancement of society.Ĭommon duties of theoretical physicists may be to:Ĭonduct research on physical phenomena using computers and data analysisĭevelop theories based on observations and calculationsĬreate methods to apply physical laws and theoriesĭevelop and refine existing theories using calculationsĭiscuss equations, formulas, problems and ideas with colleagues and other scientistsĬontribute to academic studies and published peer-reviewed articles Unlike other fields of physics, theoretical physicists spend little or no time conducting physical experiments. However, they often conduct research and develop calculations for a wide variety of theories and concepts. The responsibilities of theoretical physicists vary greatly. Related: 35 Top Paying Science Degree Jobs (With Salaries) What does a theoretical physicist do? Some of the most common theories studied by theoretical physicists include: They often attempt to understand areas that scientists are not currently capable of traveling to for exploration and data collection, such as the deep reaches of outer space and the ocean floor. Related: How To Become a Physicist What is a theoretical physicist?Ī theoretical physicist is a scientist who uses mathematics, calculations, chemistry, biology and a series of theories to understand the complex workings of the universe and the interactions between matter and energy. In this article, we discuss the duties, work environment, benefits and skills of theoretical physicists and provide salary and job outlook information for this profession. A career as a theoretical physicist can be a thrilling and deeply rewarding career for individuals interested in advanced scientific theories, mathematics, technology and serving their communities. The groups also has strong links with the experimental particle physics group in the Department of Physics, and with the Astrophysics Research Institute at Liverpool John Moores University.Theoretical physicists are important to the advancement of society and our scientific communities through their pursuit of understanding the intricacies of our universe. Group members with interests in this area are Prof Alon Faraggi and Drs Ed Hardy, Thomas Mohaupt, Susha Parameswaran and Radu Tatar. String and Beyond the Standard Model Phenomenology research covers string theory compactifications, supersymmetric field theories, black holes physics, beyond standard model physics, alternative formulation of quantum mechanics and searching for various mathematical avenues to make connections between string theory and the real world. Group members with interests mainly in this area are Profs John Gracey, Ian Jack, Tim Jones, Kurt Langfeld and Andreas Vogt and Drs Martin Gorbahn, Paul Rakow and Thomas Teubner. The research of the Fundamental Particle Physics group centres on theoretical studies of the elementary particles of nature such as the structure of protons and neutrons as well as developing testable theories for the physics which lies beyond the Standard Model of particle physics. String and Beyond the Standard Model Phenomenology Our research divides into two broad areas: Theoretical Particle Physics is the study of the fundamental constituents and forces describing the universe.
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