Physics is one of the most exciting intellectual adventures of our age. Learning physics will change the way you think about the world. This certificate provides a wide-ranging introduction to physics and its applications. Topics include classical mechanics, thermal physics, fields, waves, relativity, and quantum physics of solids, atoms and nuclei. Many of them set in their historical context. It also introduces experimental physics.
Take your understanding of concepts, theories and applications in pure and applied mathematics to graduate level. You can also include optional statistics, theoretical physics or mathematics education. You'll cover a wide range of topics and develop an understanding of mathematical problems and approaches. Practise with essential methods and tools, and increase your familiarity with mathematical software. Gain an appreciation of the role and construction of rigorous proof. And build your experience of communicating mathematical arguments and conclusions.
Develop your knowledge and understanding of theoretical physics and the underpinning mathematics. This degree will teach you how to use essential techniques and relevant software. Explore fundamental physics concepts, including Newtonian mechanics, special relativity, electromagnetism and quantum mechanics. Practise using applied mathematics tools, including mathematical methods, modelling and numerical methods. You'll also learn skills in communicating clear and concise arguments and conclusions.
This certificate offers a broad introduction to core science subjects while developing essential study skills. You'll explore biology, chemistry, earth sciences, environmental sciences, physics, astronomy and planetary science.
This wide-ranging module teaches general physics with an emphasis both on the concepts and their basic numerical description, as well as their application. The module is presented in 25 units (plus a maths revision unit). It covers classical mechanics; electric and gravitational fields and potentials; electromagnetism and relativity; waves and optics; thermal and statistical physics; quantum physics and an introduction to its applications to solids, atoms and nuclei. Your problem-solving skills will be developed throughout the module and each unit is supported by animated diagrams, interactive graphs, online practical activities and audio/video clips.
This sensory neuroscience module uses fundamental concepts from biology, chemistry, physics and psychology to explain how we interact with our environment through the senses and is therefore an opportunity for you to study an interdisciplinary topic. For each of the senses, you'll investigate how sensation begins with a stimulus that is converted into an electrical impulse; how that is transmitted to the brain; and how the brain combines these messages ? to arrive at a 'perception of the stimulus'. The module is designed to be accessible to students pursuing a wide variety of degree studies.
This free course, Collisions and conservation laws, begins by explaining elastic and inelastic collisions and then goes on to show how collisions may be quantified using the conservation of linear momentum and of kinetic energy. Interactive animations are used to illustrate this behaviour and video examples discuss collisions in the world around us. Finally, this course looks at how the understanding of collisions must be modified when the speeds involved are close to the speed of light, using special relativity.
Motion is vital to life, and to science. This free course, Describing motion along a line, will help you to understand why classical motion is probably the most fundamental part of physics. You will examine motion along a line and the ways in which such motion can be represented, through the use of graphs, equations and differential calculus.