Advanced Higher

Award received

Advanced Higher Physics is graded A, B, C, D or No Award.

Entry level – what do you need to do it?

For entry into Advanced Higher Physics an A or B is recommended in Higher Physics and at least a pass in Higher Maths.

Course content: what will you learn?

Rotational motion and astrophysics

You will deepen your understanding of how to model the paths of moving objects by learning how to apply calculus to dynamics problems. You will build on your knowledge of how to model the trajectories of objects to the motion of rotating objects. You will learn about gravitational fields and our current understanding of gravity: Einstein’s Theory of General Relativity. Through this you will learn about how gravity can cause space and time to contract and dilate, and lead to the formation of black holes. You will also learn about the physics of stars.

Quanta and waves

You will learn about some of the big problems that puzzled generations of physicists, and how many experiments cannot be explained by “classical” physics. You will learn how to resolve these puzzles using quantum theory. You will learn some of the most important concepts underlying quantum theory: de Broglie wavelength, quantum tunnelling and Heisenberg’s uncertainty principle. You will also learn how to model oscillating systems, and learn some more advanced wave properties.

Electromagnetism

You will develop your understanding of electric and magnetic fields. Building on this, you will learn how electric and magnetic fields give rise to electromagnetic waves and how they predict the speed of light. You will draw on your knowledge and apply it to learn Millikan’s famous oil drop experiment to determine the charge of an electron. You will learn about resistor-capacitor circuits and more advanced analysis of electronic circuits.

Teaching – what will you do?

You will learn through teacher-guided activities, including practical experiments and investigations and problem-solving activities.

Assessment – how will you be assessed?

You will be assessed as follows:

· Unit assessments, covering knowledge and understanding and problem solving.

· Practical investigations, including planning, carrying out and reporting on an experiment.

· Externally-marked practical assignment, which includes researching and reporting on a relevant topic of your choice.

· External SQA exam at the end of the course.

Homework

You will be given regular homework tasks including practice questions, research and revision tasks.

Progression – what can you do next?

Advanced Higher Physics is excellent preparation for university-level Physics, Engineering and other STEM (Science, Technology, Engineering and Mathematics) subjects. While it is not a strict requirement for many degree programmes, it will enhance your application, often leading to unconditional offers. Those wanting to apply for top universities should consider Advanced Higher Physics.

Careers

There is a vast range of jobs and careers open to those who have studied Physics at any level. Physics qualifications can lead to diverse careers in engineering, technology, scientific research, finance and healthcare. Careers directly related to Physics include Medical Physicist, Aerospace Engineer, Data Scientist, Astronomer, Geophysicist, Renewable Energy Specialist, Sound Engineer and Software Developer; and there are, of course, many more.