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BSc Chemical Physics
About this course
Chemical physics sits at the interface of two foundational natural sciences, using the mathematical precision and physical insight of physics to investigate chemical systems at the molecular and quantum level. It asks questions about how molecules absorb light, how chemical reactions proceed at surfaces, how electrons move through molecular materials, and how the principles of quantum mechanics explain the properties of matter that chemistry describes. The discipline is intellectually demanding and technically rich, and it drives advances in areas from solar energy and drug design to novel materials and atmospheric science. At Edinburgh, which ranks first in the UK for chemistry research and in the top five for physics, this programme offers exceptional depth in both disciplines within a world-leading research environment. You will study the core principles of both chemistry and physics, moving progressively into the molecular and quantum territory where the two disciplines meet and illuminate each other. The programme includes a sandwich placement year and work placements, giving you professional experience in research or industrial settings. It runs over four years full-time, with a typical entry tariff of 216 points. Graduates of chemical physics programmes move into research careers in academic, pharmaceutical, and industrial settings, including roles in spectroscopy, materials development, computational chemistry, and physical chemistry. The mathematical and computational skills developed are also valued in quantitative finance, data science, and technology. Many graduates pursue postgraduate study in chemistry, physics, materials science, or nanotechnology, and the research culture at Edinburgh means a significant proportion continue into doctoral research. Careers in scientific consultancy, patent law, and science policy are also well-trodden paths for graduates of this programme.
Syllabus & Modules
Typical curriculumStudent Satisfaction
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