Physics is the study of how our universe works from large-scale ideas about the cosmos to the fundamental particles of matter and everything in between. A big part of the course is sharing a sense of curiosity and wonder about how the universe works. However, Physics is not just about abstract theories - practical work plays a great part as well as studying about the applications of the subject e.g. in engineering, materials and communications. You will begin to appreciate the profound impact, intellectual and practical, of physics and engineering on all our lives. Studying Physics in the Sixth Form combines mathematical and logical thinking with hands-on practical experimentation alongside digital technology and computational modelling. You will develop skills in numeracy, communication, problem-solving in unfamiliar contexts, all of which support a wide range of university courses and careers. Lower Sixth: • Familiar topics such as forces and motion and electricity are applied in more complex scenarios. • The physics of materials, for everything from construction to technology. • Theoretical physics considers the fundamental nature of matter, introducing ideas of wave and quantum physics, and the dual wave-particle nature of everything in our universe. • Images, data and digital signals, exploring the principles behind modern technology. • Computational models and algorithmic thinking are used to solve complex problems. Upper Sixth: • More complex topics, such as oscillations, capacitor circuits and nuclear decay. • The mathematical concept of a “field” is introduced to describe gravity, electrostatics and electromagnetism. • Statistical thinking, to analyse nuclear decay and thermodynamics. • The physics of the cosmos and also Einstein’s theory of relativity.
Students will require a strong foundation in both GCSE Maths and Physics, achieving a minimum of Grade 7 in both subjects. There is no requirement to study Mathematics A Level alongside Physics, but the two do support each other well. Mathematics is essential if you wish to study Physics or Engineering beyond the RGS. Further Mathematics is recommended, but not essential, for those considering an Oxbridge Engineering/Physics application. Physics can make an excellent supporting A Level choice as a numerical and practical subject where Mathematics is not taken.
Fundamentals of Physics: Assesses core concepts using shorter questions. Scientific Literacy in Physics: Places these concepts in a wider context, with an emphasis on applications of core ideas to unfamiliar situations. Practical Skills in Physics: Examines theoretical concepts alongside practical skills and data handling. In addition, practical skills are continuously developed and assessed throughout the course in a series of required practical activities. The practical assessment (CPAC) does not contribute to your overall grade but is reported separately as a pass/fail on your exam certificate.
About Education Provider
| Region | South East |
| Local Authority | Surrey |
| Ofsted Rating | |
| Gender Type | Boys |
| ISI Report | View Report |
| Boarding Fee | Unknown |
| Sixth Form Fee | £22,572 |
| Address | High Street, Guildford, GU1 3BB |
Physics is the study of how our universe works from large-scale ideas about the cosmos to the fundamental particles of matter and everything in between. A big part of the course is sharing a sense of curiosity and wonder about how the universe works. However, Physics is not just about abstract theories - practical work plays a great part as well as studying about the applications of the subject e.g. in engineering, materials and communications. You will begin to appreciate the profound impact, intellectual and practical, of physics and engineering on all our lives. Studying Physics in the Sixth Form combines mathematical and logical thinking with hands-on practical experimentation alongside digital technology and computational modelling. You will develop skills in numeracy, communication, problem-solving in unfamiliar contexts, all of which support a wide range of university courses and careers. Lower Sixth: • Familiar topics such as forces and motion and electricity are applied in more complex scenarios. • The physics of materials, for everything from construction to technology. • Theoretical physics considers the fundamental nature of matter, introducing ideas of wave and quantum physics, and the dual wave-particle nature of everything in our universe. • Images, data and digital signals, exploring the principles behind modern technology. • Computational models and algorithmic thinking are used to solve complex problems. Upper Sixth: • More complex topics, such as oscillations, capacitor circuits and nuclear decay. • The mathematical concept of a “field” is introduced to describe gravity, electrostatics and electromagnetism. • Statistical thinking, to analyse nuclear decay and thermodynamics. • The physics of the cosmos and also Einstein’s theory of relativity.
Students will require a strong foundation in both GCSE Maths and Physics, achieving a minimum of Grade 7 in both subjects. There is no requirement to study Mathematics A Level alongside Physics, but the two do support each other well. Mathematics is essential if you wish to study Physics or Engineering beyond the RGS. Further Mathematics is recommended, but not essential, for those considering an Oxbridge Engineering/Physics application. Physics can make an excellent supporting A Level choice as a numerical and practical subject where Mathematics is not taken.
Fundamentals of Physics: Assesses core concepts using shorter questions. Scientific Literacy in Physics: Places these concepts in a wider context, with an emphasis on applications of core ideas to unfamiliar situations. Practical Skills in Physics: Examines theoretical concepts alongside practical skills and data handling. In addition, practical skills are continuously developed and assessed throughout the course in a series of required practical activities. The practical assessment (CPAC) does not contribute to your overall grade but is reported separately as a pass/fail on your exam certificate.