Quantum Molecular Science

About the Specialism

In this specialism, you will explore the quantum behaviour of atoms and molecules, developing  a foundation in both chemistry and physics to understand how quantum mechanics shapes matter at the molecular level.  You will gain a core knowledge in quantum mechanics, spectroscopy, molecular modelling, and physical chemistry as well as have the opportunity to develop skills in practical and computational modules.  This specialism is ideal for students interested in using quantum principles to study molecular behaviour, from energy conversion and catalysis to materials design, while developing strong interdisciplinary insight across the physical sciences. 

Your learning on this specialism will include laboratory-based practical work as well as computational work.

Specialism Structure

In year 2, you will study core modules in quantum physics and physical chemistry and a range of optional physics and chemistry modules. In year 3, you will choose from a range of advanced chemistry and physics modules and undertake an interdisciplinary research project on a topic related to the specialism.

Employability and Skills

Graduates will develop strong analytical, theoretical, and computational skills through advanced training in quantum mechanics, molecular modelling, and spectroscopy, with practical experience in data analysis, simulation, and physical chemistry techniques. 

Graduates will gain interdisciplinary expertise at the interface of chemistry and physics, with the ability to apply quantum principles to problems in materials, atmospheric science, spectroscopy, and beyond. 

Employment areas will include careers in research, scientific consultancy, chemical modelling, or the environmental and pharmaceutical sectors. Options for postgraduate study could be quantum chemistry, molecular physics, or neighbouring experimental, theoretical, and computational fields.