Research

The Higgs Centre for Theoretical Physics is dedicated to advancing fundamental research in theoretical physics, fostering collaboration, and training the next generation of physicists. It was founded in honour of Peter Higgs, whose work led to the discovery of the Higgs boson.

The Higgs centre encompasses several research groups working on theoretical physics related topics in the School of Physics and School of Mathematics.

Institute for Particle and Nuclear Physics

• Particle Physics Theory Group: Particle Physics Theory Group: This group focuses on exploring the fundamental particles and the forces that constitute the universe, developing theoretical models, within the framework of Quantum Field Theory, to understand their interactions and predict new phenomena. Their work plays a crucial role in guiding experiments, such as CERN's Large Hadron Collider or gravitional wave detection experiments such as LIGO, and interpreting the results that push the boundaries of known physics.

Institute for Condensed Matter and Complex Systems

• Computational Materials Physics: Researchers in this area use computational methods to simulate the properties and behaviors of materials, aiming to predict and design new materials with desired characteristics. Their work facilitates innovations across sectors by providing insights before physical materials are even created.

• Statistical Physics and Complexity: This group investigates complex systems through the principles of statistical physics, studying how large-scale behaviors emerge from intricate interactions at smaller scales. Their research spans various fields, including biological systems, social dynamics, and condensed matter, providing a deeper understanding of complexity in nature.

The Institute for Astronomy

• Simulations: By employing advanced computational simulations, this research group recreates the behaviors and interactions of physical systems to gain insights into phenomena that are difficult to study experimentally. Their work covers a broad range of scales, from subatomic particles to large-scale cosmic structures, enhancing our understanding of the universe.

• Cosmology: Focusing on the origins and evolution of the universe, cosmology researchers study phenomena like the Big Bang, cosmic microwave background, dark matter, and dark energy. By analyzing astronomical observations and developing theoretical models, they aim to answer fundamental questions about the universe's past, present, and future.

School of Mathematics

• Mathematical Physics: This group uses mathematical frameworks to explore and solve problems in theoretical physics, linking abstract mathematical concepts with physical phenomena. They contribute to a better understanding of physical laws and principles by developing sophisticated mathematical techniques.

• Applied and Computational Mathematics: Combining mathematical theory with computational techniques, this group tackles real-world challenges across various industries. Their research bridges the gap between abstract mathematics and practical applications, offering solutions to complex problems in engineering, finance, and natural sciences.