Physics A Level

We start the course with a look at particle physics and we see how this field has led to new technologies in healthcare. From quantum physics we then return to a study of mechanics and an understanding of the forces, motion and energy that are involved in our modern transportation systems. Light is our probe for understanding the places we cannot reach, supernovae and neutron stars. We explore the nature of electromagnetic radiation and its wave and particle-like properties. All our technology depends on us being able to produce, send and utilise electrical energy. The first year of the course introduces the electrical circuits and the novel components that lie behind our tech-savvy lives.

In the second year you take mechanics further and explore motion in two dimensions: circles and oscillations. You will examine motion close to the speed of light and study the outcomes of special relativity. The work on motion is then applied to particle detectors and mechanical and electrical devices. The course looks at the theories of gases, an area of physical chemistry that enables chemical engineers to design industrial systems, and helps us understand how stars are formed.

The course is taught through hands-on practical work: experiments, investigations and demonstrations. You will become familiar with a wide range of measuring methods and equipment. The laboratory is well resourced and supported so there are interesting and challenging activities that consolidate your understanding of the theory.

• You must satisfy the general entry criteria for A Level courses, which are based on your GCSE results.
• In addition, you must achieve at least grade B in GCSE Mathematics and at least grade B in both GCSE Core and Additional Science or grade B in two Science subjects if you are taking triple science. If your B (or above) grades are in triple Science, one of these must be Physics.
• A Level Physics must be taken in combination with at least one other subject from the following list: Maths, Chemistry and Biology.

International students:

• Equivalent overseas qualifications will be considered.
• IELTS 5.5 (with a minimum of 5.0 in each skill) or equivalent.

Assessment is by practical work and final examination.

Physics A Level is a highly sought-after qualification at both University level and in the working environment. It opens doors to all manner of further study in the Sciences. If you plan to take a physics or engineering-related Degree at university, then you should take maths A Level along with physics.