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Physicists look for the hidden laws as to why all matter and energy exists, where it comes from and its behaviour. These laws can then be used to develop new materials and technologies to improve our lives and explore further into everything from the tiniest particles to stars and the universe.

Key Facts

Start Dates:

  • 9 September 2024
  • 6 January 2025


  • Bournemouth
  • Brighton
  • London
  • Oxford

Entry level:

  • Academic: Completed 10 years of schooling (GCSE or equivalent)
  • English: IELTS 5.5 or equivalent

Minimum age:

  • 16


  • 2 Academic Years (3 terms)
  • We also offer a One-Year A-level in Physics and an entry from Year 12.


  • Average 7 hours per week for each A-level subject (plus homework and private study)

Learning outcomes

  • Gain UK national university entrance qualification
  • Raise English to university level
  • Develop study skills required at degree level
  • Develop specialist subject expertise

Course content and structure

The following syllabus outline is based on AQA exam board content. Please note that exam boards may vary from college to college.

Year 1

Measurements and their errors

  • Use of SI units and their prefixes
  • Limitation of physical measurements
  • Estimation of Physical Quantities 

Particles and radiation

  • Particles
  • Electromagnetic radiation and quantum phenomena 


  • Progressive and stationary waves
  • Refraction, diffraction and interference

Mechanics and materials

  • Forces, energy and momentum
  • Materials


  • Current electricity

Year 2

Further mechanics and thermal physics

  • Periodic motion
  • Thermal physics

Fields and their consequences

  • Fields
  • Gravitational fields
  • Electric fields
  • Capacitance
  • Magnetic fields

Nuclear physics

  • Radioactivity


  • Telescopes
  • Classification of Stars
  • Cosmology

Medical physics

  • Physics of the eye
  • Physics of the ear
  • Biological measurement
  • Non-ionising imaging
  • X-ray imaging
  • Radionuclide imaging and therapy

Engineering physics

  • Rotational dynamics
  • Thermodynamics and engines

Turning points in physics

  • The discovery of the electron
  • Wave-particle duality


  • Discrete semiconductor devices
  • Analogue and digital signals
  • Analogue signal processing
  • Digital signal processing
  • Data communication systems

Typical A-level subject combinations with Physics

Sample enrichment activities

  • The Big Bang fair, NEC Birmingham
  • Natural History Museum visit
  • Oxford University Science laboratory visit
  • Oxford University School of Medicine visit
  • The Royal Society, London
  • Science Club
  • Science in the News Club
  • Google Science Fair
  • Hintze Lecture in Physics at Oxford University

Sample academic calendar (2021-2022)

Year 1


6th: term starts
Student induction


18th – 22nd: half term
Progress tests


University fairs and talks


10th: term ends
End of term exams


3rd: term starts


10th – 11th: half term
Progress tests
University fairs


End of term exams
18th: term ends


4th: term starts


Progress tests


10th: term ends

Year 2


5th: term starts


17th – 21st: half term
15th October: UCAS deadline (Medicine)
Progress tests


University fairs and talks


9th: term ends
End of term exams


2nd: term starts
15th January: UCAS deadline (other subjects)


9th – 10th: half term
Progress tests


17th: term ends
Mock exams


3rd: term starts
Progress tests


Final exams


9th June: term ends

Recommended reading

Below is a list of books which may help you prepare for your studies prior to arrival. Please note that additional books, and online resources such as websites and journals will be shared once you begin your course.

  • AQA Physics A Level Student Book, Jim Breithaupt
  • A short History of Nearly Everything, Bill Bryson 
  • The Grand Design, Stephen Hawkin and Leonard Mlodinow Newton, Peter Ackroyd
  • The Quantum Universe: Everything that can happen does happen, Brian Coxm and Jeff Forshaw

Degree progression

Physics is a challenging and interesting subject which will helps students who take the subject at A-level to understand the world and universe around them. Some students go on to study Physics at university, and others who study A-level Physics apply their knowledge in another subject area at university. Examples of this are the many branches of engineering, electronics and meteorology. For these careers, A-level Physics is essential.

Other students choose to study Physics because they feel that it will be useful even if not essential for their career. Those intending to follow a career in medicine or biochemistry often fall into this category.

Example degree courses which generally require Physics A-level include:

  • Biomedical Sciences
  • Biochemistry
  • Computing
  • Electronics
  • Economics
  • Engineering
  • Environmental science
  • Forensic Science
  • Geology
  • Medicine
  • Medical Science
  • Meteorology
  • Optometry 
  • Pharmacy
  • Physiotherapy 
  • Sports Science

Sample alumni progression

Liufeng Chen

  • Physics/Economics/Maths
  • University of Warwick (Engineering Management)

Ee Loon Sean Oon

  • Physics/Economics/Maths/Further Maths
  • UCL (Physics)

Yeqian Gao

  • Physics/Art/Maths
  • Newcastle University (Architecture)

Junhui Li

  • Physics/Maths/Further Maths
  • Aston University (Computer Science)

Pengguang Lu

  • Physics/Economics/Maths
  • University of Surrey (Economics and Finance)

Pantea Hassannia

  • Physics/Biology/Chemistry/Maths
  • University of Surrey (Medical Engineering)

Zeyu Song

  • Physics/Chemistry/Maths
  • UCL (Civil Engineering)

Timofei Fedotov

  • Biology/Maths/Further Maths/Physics
  • University of Oxford (Engineering)

Chuhan Zhang

  • Physics/Economics/Maths
  • University of Oxford (Engineering)

Thank you for your enquiry.
We'll be in touch soon.
The Kings Admissions Team