MSc Particle Physics
This MSc will give you a comprehensive understanding of the field, while also keeping you up-to-date with the very latest developments in research.
Over the duration of the course, you’ll gain a deep knowledge of the Standard Model of particle physics and cover topics ranging from how to draw a Feynman diagram, data analysis in particle physics, computer programming in modern science and how to apply quantum mechanical principles to the sub-atomic and sub-nuclear physics.
You’ll complete a specialist independent piece of research, your MSc research project, under the supervision of an academic with research interests in a similar area to your own. You’ll develop a sophisticated understanding of research methodology, and how to manage your own research, making use of journal articles and other primary sources.
You’ll join a thriving, friendly research community, with a busy schedule of research seminars, colloquia, meetings and workshops (as well as regular social events), so you can make the most of the specialist research skills you’ll develop on this course.
We pride ourselves on our collaborations and networks: we are a member of SEPnet, which among other advantages, gives you access to GRADnet, the largest physics postgraduate school in England. As a Queen Mary student, you’ll also be able to take physics modules from University College London, King's College London or the Royal Holloway University of London, at the programme director's discretion.
As a Queen Mary student, you’ll also be able to take physics modules from University College London, King's College London or the Royal Holloway University of London. You'll need to organise and pay for any additional or different travel arrangements for these modules.
Students may use external facilities (eg CERN) if appropriate to their studies - the School may be able to assist with costs - this is assessed on an individual basis.
This MSc will give you a comprehensive understanding of the field, while also keeping you up-to-date with the very latest developments in research.
Over the duration of the course, you’ll gain a deep knowledge of the Standard Model of particle physics and cover topics ranging from how to draw a Feynman diagram, data analysis in particle physics, computer programming in modern science and how to apply quantum mechanical principles to the sub-atomic and sub-nuclear physics.
You’ll complete a specialist independent piece of research, your MSc research project, under the supervision of an academic with research interests in a similar area to your own. You’ll develop a sophisticated understanding of research methodology, and how to manage your own research, making use of journal articles and other primary sources.
You’ll join a thriving, friendly research community, with a busy schedule of research seminars, colloquia, meetings and workshops (as well as regular social events), so you can make the most of the specialist research skills you’ll develop on this course.
We pride ourselves on our collaborations and networks: we are a member of SEPnet, which among other advantages, gives you access to GRADnet, the largest physics postgraduate school in England. As a Queen Mary student, you’ll also be able to take physics modules from University College London, King's College London or the Royal Holloway University of London, at the programme director's discretion.
As a Queen Mary student, you’ll also be able to take physics modules from University College London, King's College London or the Royal Holloway University of London. You'll need to organise and pay for any additional or different travel arrangements for these modules.
Students may use external facilities (eg CERN) if appropriate to their studies - the School may be able to assist with costs - this is assessed on an individual basis.
