Explore the Mathematical Foundations of the Physical Universe

The Bachelor of Science (B.Sc.) in Mathematical Physics at Trent University is a joint degree program that combines advanced physics concepts with rigorous mathematical methods. This program is ideal for students who want to understand the deeper structure of the universe—from the behavior of subatomic particles to the dynamics of galaxies—through mathematical analysis and physical theory.

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What You’ll Learn in Mathematical Physics

In this interdisciplinary program, you’ll study both core theoretical physics and the mathematics that supports it, equipping you to analyze and predict physical phenomena in a variety of fields. Key topics include:

• Quantum Mechanics

• Electromagnetism and Fields

• Thermodynamics and Statistical Physics

• Mathematical Modelling

• Differential Equations and Linear Algebra

• Computational Physics and Simulation

The curriculum is designed to build both conceptual understanding and practical problem-solving skills through mathematical reasoning.

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Hands-On, Small-Class Learning Experience

At Trent, you’ll benefit from:

• Small class sizes for close faculty interaction and mentorship

• Lab-based learning and opportunities for hands-on experimentation

• Collaborative problem-solving in physics and applied mathematics

• Research opportunities in theoretical physics, mathematical modelling, or computational science

You’ll be equipped with both the scientific insight and technical expertise to approach complex physical systems with confidence.

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Career Opportunities in Mathematical Physics

Graduates of the Mathematical Physics program are well-prepared for advanced study and diverse careers in technology, research, and data analysis. Possible career paths include:

• Theoretical or Applied Physicist

• Data Scientist or Quantitative Analyst

• Aerospace or Mechanical Engineer

• Scientific Researcher

• Software Developer or Scientific Programmer

• Climate or Environmental Modeller

• Academic or Educator

• Graduate Studies in Physics, Applied Mathematics, or Engineering

This program also builds a strong foundation for professional or graduate programs in physics, mathematics, engineering, or computational sciences.