Physics

Course summary

Physics is arguably the most exciting and intellectually stimulating of the natural sciences. It is also the most basic, and underpins other sciences and engineering. Topics in Physics range from the quantum world of subatomic particles to the formation and destiny of the universe. Between these extremes are the studies of nuclei, atoms and the materials that make up the world in which we live. In the process of discovery Physicists have developed quantum mechanics, relativity, thermodynamics and a detailed knowledge of the forces between particles. Advances in Physics are responsible for many of the benefits of modern society. For example, semiconductor physics has transformed communication and computational technology, X-rays and nuclear magnetic resonance are indispensable in health care, and lasers are employed in a variety of useful ways from medicine to machinery. Physics has a continuing, vital role to play in developing alternative energy sources. The course is designed to be a progression from GCSE Science: Double Award, or from GCSE Physics courses. It is expected that all students starting the course will have obtained grade 76 or better in Double Award Science or grade 7 in Physics. The nature of Physics is such that students need to be competent in Mathematics. It is not necessary to be studying AS level Mathematics (although these students will find themselves at an advantage) but we require students to have obtained grade 7 or better in GCSE Mathematics. Students who feel they may struggle with these requirements should discuss this with the Head of Department. Note that students intending to take Physics or engineering courses at university will probably need to study A level mathematics.