Physics with Medical Physics
Mr P Wilcox – pwilcox@sackvilleschool.org.uk
Physics is one of the most exciting and interesting subjects you can study and it is crucial in understanding the world around us and is the basis of everything we experience in life. Physics is the most fundamental description of the universe we live in, it will stretch your imagination as you contemplate the nature of time and matter. The study of physics at A-level provides a good basis in logical and practical thinking and problem solving. As such, it is a very marketable qualification and is accepted for a whole range of non-scientific disciplines from accountancy to law, as well as complementing studies in medicine, maths, biology, chemistry and geography. Medics find A-level physics very useful in understanding some of the scientific aspects of their course, and the skills you learn will stand you in good stead for the 21st century. Apart from physics and engineering degrees, A-level physics can be useful for non-science based courses which also value the analytical nature of the subject. Physicists study the universe from the smallest subatomic particles to the forces governing the behaviour of the largest galaxies, combining imagination with systematic reasoning to unlock many of the universe’s secrets. We hope that the course will stimulate your interest in, and enjoyment of, the study of physics as well as an appreciation of the scientific, social, environmental and technological contributions made by physics to society. This will enable you to make informed choices and prepare you for a successful future in an increasingly technological society.
In 2023, 100% of students taking A level physics at Sackville achieved an A* – C grade and 18% achieved an A* grade, both of which are significantly above the national average.
In year 12:
This year covers a number of modules including waves, particle physics, quantum physics, nuclear physics, mechanics and materials in physics. This will include a number of required practical’s enabling the students to practise and show their practical skills.
In year 13:
The second year of the course also includes required practical work and units covering topics such as thermal physics, simple harmonic motion, electricity, gravity, electric fields, magnetic fields and nuclear physics.
Students will also study a module on medical physics which gives students with an interest in biological and medical topics the opportunity to study some of the physical principles and techniques in medicine. The physics of the eye and ear as sensory organs is discussed including defects in them and treatment methods. The important and developing field of medical imaging, with both nonionizing and ionising radiations is considered including imaging techniques such as MRI scanners, CT scanner and X-rays. Further uses of ionising radiation are developed in a section on radiation therapy including the use of radionuclides and x-rays as a therapy tool. There is no coursework in physics.
Three examinations at the end of year 13 to include short and long answer questions, multiple choice questions and questions based around the required practicals undertaken over the two years.
You can go on to study for a degree in physics, medicine, veterinary science, engineering, biology, biochemistry, chemistry, mathematics, architecture, computer science, geography, earth and environmental sciences, materials sciences, psychology, finance, volcanology and many other subjects. In addition to this as a Russell Group facilitating subject this A level is viewed as providing excellent grounding for a huge number of university courses, especially for those going on to study medicine, architecture or financial services. Your ability to think logically and be numerate will be a highly prized asset in a wide variety of university courses as well as the job market. In short you will have an advantage if you study physics whatever your career choice.
