Physics

Discipline of

Physics is the foundational science that seeks to understand the fundamental principles governing matter, energy, space, and time. At UKZN, our Physics programme challenges students to explore everything from subatomic particles to cosmic phenomena while developing strong analytical and problem-solving skills applicable across scientific and technological fields.

Why Study Physics at UKZN?

Physics at UKZN offers a dynamic exploration of the fundamental laws that govern the universe, from quantum particles to cosmic phenomena. Our programme provides students with rigorous training in both theoretical and applied physics, covering diverse research areas such as string theory, quantum mechanics, laser technology, and medical physics.

With access to cutting-edge facilities—including the National Institute for Theoretical Physics (NITheP) node, high-performance computing labs, and collaborations with the Laser Research Institute—students gain hands-on experience in solving real-world problems.

The curriculum emphasizes Africa-specific applications, including solar energy development, space science partnerships with SANSA, and advanced materials research for local industries. Graduates develop strong analytical, computational, and experimental skills, preparing them for careers in academia, renewable energy, data science, healthcare, and beyond.

By combining foundational knowledge with practical innovation, UKZN’s Physics programme equips students to contribute meaningfully to scientific advancement and sustainable development in South Africa and globally.

Research

RESEARCH GROUPS

We have a number of research groups that specialise in areas of research in Physics.

STUDENT DISSERTATIONS

UKZN Research Space was developed to increase the visibility, availability and impact of tour students’ research output.

CASSE – Alternative Access Programme

The Centre for the Advancement of Science and Engineering (CASSE) provides alternative access to students, predominantly from disadvantaged educational backgrounds, who do not meet the standard entry requirements for science and engineering qualifications.

How the Programme Works

Students complete their degree over one additional year.
Augmented modules are taken during the first two years.
Thereafter, students join mainstream students and continue with standard modules within the School.

This structured approach provides academic support while ensuring students graduate with the same qualification as their mainstream peers.