Overview
Physics is the science of matter, energy, and the interactions of forces that affect them. At ÐÔ°®ÌìÌÃ, you will study the laws that govern the smallest subatomic particles to the largest of stars.Ìý Our program offers rigorous courses rooted in the liberal arts that prepare students for a variety of paths after graduation.Ìý
Students who minor in physics increase their understanding of the foundations of their primary major as well as adding valuable problem solving skills. Students completing the engineering major can add a the Physics Minor with only one additional course.
Fast Facts
- Extensive labwork and hands-on instrument use in ÐÔ°®ÌìÌÃ’s $127-million Center for the Sciences and Innovation.
- Faculty work directly with students with no graduate student or teaching assistants as an intermediary.
- All students develop writing and presentation skills, and can conduct and present research at national/regional conferences.
- Students participate in research projects directly with faculty, often publishing their work in peer reviewed journals.
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What You'll Study
Rigorous coursework, hands-on laboratories
Fun with Physics
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Program Curriculum
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Refer to the Courses of Study Bulletin for full program requirements.Ìý
Suggested Roadmaps:
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Search for Classes
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Use in TigerPAWS for the most current class offering information.
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Courses of Study Bulletin
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Candidates for a baccalaureate degree must fulfill the requirements for a major as listed in the . The courses of study bulletin is the official source of information regarding degree requirements, academic policies, and academic majors and minors at ÐÔ°®ÌìÌÃ.
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Pathways Curriculum
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Students must complete the Pathways Curriculum in order to receive a baccalaureate degree.ÌýThe Pathways Curriculum has six curricular requirements, and three optional elements that provide the foundation in the liberal arts and sciences for all the bachelor’s degrees awarded by ÐÔ°®ÌìÌÃ. Through these requirements, students acquire the necessary skills and disciplinary perspectives to navigate complex questions at ÐÔ°®ÌìÌà and in their post-graduate lives.
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Quantum Physics I
Introduction to the theory of quantum mechanics. Students will study the mathematical description of the motion of subatomic particles, including the concepts of energy quantization, wave-particle duality, and the uncertainty principle.
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Electromagnetic Fields
An intermediate course on electromagnetic theory including electrostatic field and potential, Gauss's law, conductors, the Biot-Savart law, and Ampere's law.
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Statistical Physics and Thermodynamics
An introduction to the subjects of statistical mechanics, kinetic theory, thermodynamics and heat.
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Speaking Physics
Become an effective communicator of complex physics terminology by presenting technical research-style talks.
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Advanced Photonics Lab
Engage in advanced experimental techniques covering topics typically not addressed in coursework. Topics include atomic physics, advanced optics, laser physics, and nanotechnology.
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Introduction to Nanotechnology
An introduction to current nanotechnology fabrication methods and applications aimed at non-science majors. This course will explore how material properties change at the nanoscale and how these properties can be utilized in technological applications and consumer products.
View all courses
For more information and a description of each class please visit the .
Engineering Science (B.S.)
Mathematics (B.A.)
Mathematics (Minor)
Computer Science (B.S.)
Computer Science (Minor)
Pre-Law (Special Interest)
Faculty
Making Waves
Our faculty blend cutting-edge research programs you’d expect to find at a larger school with the personal mentorship of a small, liberal arts university. And with no graduate students competing for faculty attention, our commitment to undergraduate achievement is paramount.
Student Opportunities
Apply your skills in research, international study, and cutting-edge instrumentation
Semmes Scholarship
ÐÔ°®ÌìÌà selects two or three outstanding incoming first-year students to be Semmes Distinguished Scholars in Science...
ÐÔ°®ÌìÌà students research computational and experimental biophysics, cellular membrane dynamics, theoretical quantum mechanics, nanotechnology...
More than 45 percent of ÐÔ°®ÌìÌà students study abroad.
Physics students have ventured as far as Scotland or Australia for their study abroad...
Through the Society of Physics Students, students often volunteer with local science fairs, major fairs, and STEM Fests.
The $127-million Center for the Sciences and Innovation provides 280,000 square feet of cutting-edge lab and classroom space, including electronics...
ÐÔ°®ÌìÌà houses an active chapter of the Society of Physics Students and Sigma Pi Sigma and is active in TWIST (ÐÔ°®ÌìÌà Women in Science and Technology...
When You Graduate
Lifelong momentum
Armed with strong critical thinking skills, research experience, and an interdisciplinary background, Tigers become lifelong learners and leaders in diverse areas such as physics, mathematics, computer science, engineering, law, and urban planning.
CareersÌý
Tigers with backgrounds in physics have excelled at positions in teaching, academia, finance, industrial positions, and beyond. While graduates’ technical abilities get them in the door, their writing experience and interdisciplinary skills give them an edge for promotions.
Graduate Schools or Programs:
- Astrophysics
- Cornell University
- Material Physics
- Nanotechnology
- Optical Engineering
- Physics
- Rice University
- Stanford University
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Career Areas:
- Finance
- Industrial Physics
- Law
- Research
- Teaching
Notable Companies who have Hired ÐÔ°®ÌìÌà Graduates:
- BJN Technologies
- Capgemini
- H-E-B
- IBM
- Rackspace
- Research and teaching positions at schools and universities
- Southwest Research Institute
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Take the next step
Have more questions or want more information? Learn more about becoming a Tiger, and how you can accelerate what’s next for your education.