University of Mississippi

What you'll study

The programme provides a solid core in classical and modern physics before concentrating on topics relevant to nuclear and particle physics. You will take sequential courses in mechanics, electromagnetism, waves and optics, and thermodynamics, followed by modern physics and quantum mechanics. Mathematics courses typically include calculus through multivariable, differential equations and linear algebra, all of which are integrated with physics coursework.

• Core physics modules: Classical Mechanics, Electromagnetism, Quantum Mechanics, Statistical and Thermal Physics, Mathematical Methods for Physicists.
• Laboratory and practical work: Introductory and advanced physics laboratories focusing on measurement techniques, data analysis and experimental design. Emphasis on modern instrumentation and error analysis.
• Nuclear and particle specialisms: Courses covering nuclear structure and reactions, radiation and detection methods, particle physics and applications of nuclear physics. Topics include nuclear models, decay processes, detector technologies and basic particle interaction theory.
• Computational physics and data analysis: Programming for physicists, numerical methods, and statistical techniques used in experimental and theoretical studies.
• Capstone / research experience: An undergraduate research project or senior thesis supervised by faculty in experimental or theoretical groups, with opportunities to present results at departmental seminars.

Elective options allow you to broaden your training with courses in astrophysics, condensed matter, electronics, or advanced laboratory methods. Opportunities for summer research, internships or collaboration with faculty projects are encouraged to build practical experience.

Entry requirements

Applicants should hold a high school diploma or equivalent with strong performance in mathematics and science. Typical preparation includes courses in:

• Calculus and precalculus
• High-school physics (preferably with laboratory experience)
• Advanced mathematics (where available) such as AP calculus or equivalent

Admissions decisions at the University of Mississippi take into account overall academic record, teacher recommendations and extracurricular engagement. For students whose preparation in calculus or physics is limited, the department recommends taking foundational mathematics and introductory physics as early as possible to stay on schedule for the major. International applicants must demonstrate comparable academic preparation and meet the university's English-proficiency requirements.

Career prospects

Graduates with a physics major focused on nuclear and particle physics are well placed for a range of careers. Many continue into graduate study (PhD or MSc) in physics or related fields. Others find roles in:

• National and government laboratories and research centres
• The nuclear energy sector and radiation safety/regulatory bodies
• Medical physics and healthcare technology (typically with further professional training)
• Engineering, instrumentation and aerospace industries
• Data science, software development and quantitative finance
• Secondary education and science communication

The combination of strong quantitative skills, laboratory experience and research exposure makes graduates attractive to employers who need problem-solvers capable of handling complex datasets and instrumentation.

Why study at University of Mississippi

The Department of Physics and Astronomy at the University of Mississippi offers a supportive environment with opportunities for close faculty mentoring and hands-on experience. Undergraduates can engage in research projects alongside faculty, gaining practical skills in experimental techniques, detector instrumentation and computational analysis. Small class sizes in upper-level courses facilitate individual attention and collaboration.

The university provides access to modern laboratory facilities, computing resources and academic support services, and connects students with internship and research opportunities both on campus and with regional partners. Combined with a broader liberal-arts education, the programme prepares graduates for advanced study or a wide variety of technical and scientific careers.