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Bachelor of Science

Physics: Mathematical Emphasis (B.S.)

Mathematics is the language physicists use to describe physical laws and to make predictions based on those laws. Mathematics is very extensively used in every area of physics. If you do not know which emphasis area best meets your goals, the mathematical emphasis is a good default.
A student refracting lasers through differently shaped prisms.

Mathematical Emphasis Introduction

The Physics Department offers students a solid foundation in both classical and modern physics. Mathematical emphasis students take an additional 12 credits in math. Laboratory courses are an important component of the physics program, giving students valuable skills and knowledge in many areas.

Faculty are always on hand to help guide students throughout their coursework and experiences on campus. Courses are specifically designed to allow for the maximum interaction possible to help students get to know the faculty on a more personal level. Students have the chance to be mentored towards a future career path that will be best suited and rewarding to them.

Highlighted Courses

If you are interested in Mathematical Physics, start with one of the following courses:

Graduate Career-Ready

Graduates with a degree in Physics, with an emphasis in Mathematical, have a wide array of rewarding careers before them. Check out some of the top careers students get with this degree or explore more career options in I-Plan.

BYU-Idaho Graduate Salaries

Physics graduates earn a median starting salary of approximately $61,000, with mid-career earnings typically reaching between $90,000 and $100,000. Those who pursue advanced degrees often see significantly higher salary potential throughout their careers.

Common Career Paths

This program prepares you for diverse roles in the private sector, academia, and government labs by mastering analytical problem-solving, numerical analysis, and experimental methods. You will gain the versatile skills necessary to excel in various science and engineering disciplines.

Preparation for Grad School

While most graduates continue their education in physics, our program provides a strong foundation for advanced degrees in computer science, medical physics, and other engineering fields. This preparation ensures you are ready for the rigors of specialized graduate-level research.

AI in Academics

At BYU-Idaho, we are strategically integrating Artificial Intelligence to enhance academic excellence and prepare our students for an evolving world.

AI in Physics
You will learn to ethically apply AI tools for data analysis, information retrieval, and coding to enhance your research efficiency. We emphasize using AI as a supplement to human ingenuity, ensuring you understand both its powerful capabilities and its limitations.
Advance Knowledge, Enhancing Learning, and Developing Workforce Readiness
AI in Academics means learning to advance knowledge, enhancing learning, and developing workforce readiness through tools that support (not replace) your effort and integrity.

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Next Steps With BYU-Idaho

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