On this courses you will gain a thorough understanding of all the core elements of the subject – such as particle, nuclear and atomic physics; quantum mechanics; mechanics; and astrophysics – and choose optional modules that suit your interests. You can also switch between any of our specialist physics degrees during your first year, providing further flexibility.
This program is a flexible course, allowing you to tailor your studies by selecting modules from a wide range of fundamental and applied physics topics.The application-focused modules are co-taught by practitioners in public service and industry to ensure that students gain real-world insight. Furthermore, an 11-week project will give you the opportunity to apply your new knowledge and skills to a project relevant to pioneering research.
This program is a flexible course, allowing you to tailor your studies by selecting modules from a wide range of fundamental and applied physics topics.The application-focused modules are co-taught by practitioners in public service and industry to ensure that students gain real-world insight. Furthermore, an 11-week project will give you the opportunity to apply your new knowledge and skills to a project relevant to pioneering research.
This courses will give you a thorough understanding of all the core elements of traditional physics – such as particle physics, atoms and molecules, quantum mechanics and astrophysics. You can tailor your course by choosing from a range of optional modules, and you can also switch between any of specialist physics degrees during your first year.
You’ll benefit from extensive facilities within Department of Physics, including refurbished undergraduate teaching laboratories and new student observatory for astronomy. You will have an opportunity to undertake a research project within research groups or choose to conduct your final year research project in outstanding research laboratories.
This courses will give you a thorough understanding of all the core elements of traditional physics – such as particle physics, atoms and molecules, quantum mechanics and astrophysics. You can tailor your course by choosing from a range of optional modules, and you can also switch between any of specialist physics degrees during your first year.
This courses will give you a thorough understanding of all the core elements of traditional physics – such as particle physics, atoms and molecules, quantum mechanics and astrophysics. You can tailor your course by choosing from a range of optional modules, and you can also switch between any of specialist physics degrees during your first year.
This courses will give you a thorough understanding of all the core elements of traditional physics – such as particle physics, atoms and molecules, quantum mechanics and astrophysics. You can tailor your course by choosing from a range of optional modules, and you can also switch between any of specialist physics degrees during your first year.
This courses will give you a thorough understanding of all the core elements of traditional physics – such as particle physics, atoms and molecules, quantum mechanics and astrophysics. You can tailor your course by choosing from a range of optional modules, and you can also switch between any of specialist physics degrees during your first year.
The special blend of physics taught in this course reflects the outstanding nuclear physics research that is conducted at Surrey.You will gain a thorough understanding of all the core elements of traditional physics – for example particle physics, atoms and molecules, and quantum mechanics – and study topics such as detection and measurement in astronomy and experimental nuclear physics. You can also switch between any of specialist physics degrees before your second year.
The special blend of physics taught in this course reflects the outstanding nuclear physics research that is conducted at Surrey.You will gain a thorough understanding of all the core elements of traditional physics – for example particle physics, atoms and molecules, and quantum mechanics – and study topics such as detection and measurement in astronomy and experimental nuclear physics. You can also switch between any of specialist physics degrees before your second year.