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BSc/MPhys Physics with Nanotechnology
| Course Title | UCAS Code | Duration | Typical Offer |
|---|---|---|---|
| BSc Physics with Nanotechnology | F391 | Three years full-time | ABB |
| MPhys Physics with Nanotechnology | F390 | Four years full-time | AAB |
About these Courses
Nanotechnology is the study of the physics of nanoscale structures and their applications. This exciting field is leading to a technological revolution which will have a huge effect on many areas of our lives including computing, medicine, energy production and the environment. Research in the Department includes the study of magnetic nanostructures, quantum dots and nanoparticles. The specialist options and projects that you will study are based around this research, particularly in medical nanotechnology and renewable energy.
First Year
You will study core topics in physics and mathematics including atoms and quanta, light and matter and electricity and magnetism. Laboratory work introduces practical physics and includes additional experimental options in self-organised nanosystems. A wide range of option courses covers fields such as nanophysics and practical approaches to nanotechnology.
Second Year
The core programme builds upon the First Year foundations and includes relativity and particles, waves and fields, condensed matter physics and electromagnetism. Laboratory work develops to incorporate an increasing range of practical skills. Option courses cover quantum devices, computer modelling and imaging nanostructures.
Third Year
Core topics include quantum physics, atoms and nuclei, radiation and matter and plasma physics. A semester long pair project provides students with research experience in an area of nanotechnology. Projects include experimental scanning probe microscopy and the quantum mechanics of nanostructures. Optional material includes a range of practical workshops or group projects with industry and over twenty option courses including subjects such as advanced materials, and magnetic systems. Courses on management and business skills are also offered.
Fourth Year (MPhys only)
The core programme includes fluid dynamics, quantum solids, and statistical physics. An advanced research project gives students a taste of leading edge research in nanotechnology. Students follow a programme of advanced study in an area of their choice. Option courses include nanostructures and quantum fields.
Contact
Senior Admissions Tutor - Dr Mervyn Roy
0116 252 3575
Fax: 0116 252 2770
physics_admissions@le.ac.uk
www.le.ac.uk/physics
