Physics with Astrophysics

Physics with astrophysics is the study of the universe as a natural laboratory, using the laws of physics to understand objects and phenomena at scales that range from planets and stars to galaxies and the cosmos as a whole. Astrophysics provides some of the most extreme environments in which physical theories can be tested: pulsars, quasars, and black holes operate under conditions of density, temperature, and gravitational field strength that cannot be replicated on Earth, making them uniquely powerful tools for probing the limits of our understanding. At the same time, astrophysics has practical consequences, informing our understanding of the Sun's influence on Earth, the detection of hazardous asteroids, and the cosmological context within which questions about the origin of life are situated.

At the University of Glasgow, this four-year full-time degree develops a thorough grounding in physics, covering classical mechanics, electromagnetism, thermodynamics, quantum mechanics, and special relativity, with the astrophysical dimension woven throughout. You will study stellar physics, galactic dynamics, cosmology, and observational astronomy, learning to apply the core principles of physics to phenomena observed across the universe. Glasgow has strong research connections in gravitational wave astronomy, including involvement in the LIGO and Virgo collaborations, and the degree benefits from that research environment.

A year abroad is incorporated into the programme, giving you the opportunity to study at a partner institution and to broaden your experience of physics at the international level.

Physics with astrophysics graduates are in demand across a wide range of careers, both inside and outside academic science. The quantitative and analytical skills developed by a physics degree are highly valued in finance, data science, technology, and engineering, and many graduates move into these sectors. Within science, graduates pursue postgraduate research in astrophysics, cosmology, gravitational wave physics, planetary science, or related fields.

Roles in science communication, education, government scientific services, and technology development are also common destinations. The degree provides a rigorous and versatile foundation for any career requiring strong mathematical reasoning and the ability to model complex systems.