2023-2024
Course Summary
In 2023/24, we are running PhD training covering some core courses (Symmetries, QFT1-3, SM) in dual mode, i.e. alongside the usual video-delivery across the NExT nodes, we will offer course recordings and weekly Q&A/Tutorial sessions.
Below are the NExT PhD School courses offered so far for the 2023-24 academic year. More will become available in due course and will be posted here.
We also post here lecture recordings from the past academic year 2022/23, as additional optional material
The link on each course gives access to the course syllabus. From there, NExT PhD students will be able to access each course's learning material. This includes the lecture notes and the lecture recordings.
Core courses
Quantum Field Theory (QFT) part I [ Soton ]
Quantum Field Theory (QFT) part II [ Soton ]
Quantum Field Theory (QFT) part III [ Soton ]
Symmetries [ Soton ]
Standard Model (SM) [ Soton ]
Non-Core courses
Neutrino Physics and Particle Cosmology [Pasquale Di Bari, Soton]
Phenomenology [Stefano Moretti, Soton]
Introduction to HEP tools [Alexander Belyaev, Soton]
Flavour Physics and Latttice [Andreas Juttner, Bipasha Chakraborty, Soton ]
Mini courses
Dark Matter: [Manimala Chakraborty ]
Wilsonian Renormalisation [KCL]
Additional optional courses from 2022/23
Beyond the Standard Model (BSM) [Jonas Lindert, Sussex]
SUSY [Manuel Reichert, Sussex]
Symmetry in Particle Physics (SPP) [Andrea Banfi, Sussex]
Course suggestion/discussion/voting
Please follow this link to the forum devoted to course discussion/selection/voting.
If you think that some new course would be useful for you, please let us know by adding your name, e-mail and the provisional subject of the course.
All students/lecturers are very welcome to discuss/select/vote for the suggested course or add their own suggestion.
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Backup versions for courses given in 2023/24
Quantum Field Theory (QFT) part I [Daniel Litim, Sussex]
Standard Model (SM) [James Drummond, Soton]
Quantum Field Theory (QFT) part II [Elena Accomando & Alexander Belyaev, Soton]
Quantum Field Theory (QFT) part III [Jonathan Flynn, Soton]
Methods and Tools for Loop Calculations [Joshua Davies, Sussex]
Wilsonian renormalisation [Jean Alexandre, KCL]