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Explore forces, energy, waves, electricity, and the fundamental laws of the universe.
Physics reveals the fundamental laws governing the universe — from the forces that hold atoms together to the energy that powers stars. It's the most mathematical of the sciences and develops powerful problem-solving skills valued across engineering, technology, and research.
The GCSE curriculum covers energy, electricity, particle model of matter, atomic structure, forces, waves, magnetism, and (for triple science) space physics. A-Level Physics delves into mechanics, electric fields, nuclear physics, and astrophysics.
Physics students learn to build mathematical models of the real world, design and evaluate experiments, and think critically about how the universe works at every scale.
~490,000
students/year
68.9%
pass rate (4+)
#3 most studied science
popularity
4
exam boards
We cover Physics across all major UK exam boards. Select a board to explore topics, or view the official specification.
7408
Pearson-A-Level-Physics
H556
WJEC-A-Level-Physics
31 topics covered
View full specificationCurriculum data for this subject is being prepared.
Career paths and opportunities for Physics students
Mechanical, electrical, aerospace, and civil engineering all build on physics.
Semiconductor design, telecommunications, and quantum computing.
Solar, wind, and nuclear energy systems design and research.
Space exploration, satellite systems, and cosmological research.
MRI, radiotherapy, and medical imaging technology.
These subjects complement Physics and are often studied together
Access our comprehensive library of past papers and mark schemes for A-Level Physics.
View All Mark SchemesJoin thousands of students using MasteryMind to ace their GCSEs and A-Levels with AI-powered revision.
Physics is challenging because it combines conceptual understanding with mathematical application, but with consistent effort and good study habits, it's very manageable. The key is to keep up with the material, practise past papers regularly, and seek help when concepts aren't clear. Many students find that the logical nature of physics makes it rewarding, and the problem-solving skills you gain are invaluable. At least a grade 6 in GCSE Physics or Combined Science and a good grasp of maths are recommended.
Most schools and colleges require at least a grade 6 in GCSE Physics or Combined Science, and often a grade 6 or 7 in Mathematics. Physics A-level involves a significant amount of mathematical manipulation, so strong numeracy is essential. Even if specific grade requirements vary by institution, having a solid foundation in both science and maths will set you up for success in the course.
Effective revision for Physics involves active methods: practise past papers under timed conditions, create flashcards for key equations and definitions, and use diagrams to understand concepts like circuits or ray optics. Focus on understanding the underlying principles rather than just memorising, and regularly test yourself on the required practicals, as exam questions often assess your understanding of methods and analysis. Using revision guides tailored to your exam board and attending any revision sessions offered by your teacher can also make a big difference.