| Gravitational Waves from Worldline Quantum Field Theory (Royal Society project) | Gustav Mogull |
| Generalised Geometry in M-theory | David Berman |
| Classical general relativity and gravitational waves from scattering amplitudes | Andreas Brandhuber,
Gabriele Travaglini |
| New Structures in Quantum Field Theory | Matthew Buican |
| Scattering Amplitudes and Ambitwistor Strings | Ricardo Monteiro |
| Gravity as a Double Copy of Gauge Theory | Ricardo Monteiro |
| Conformal Field Theories and Artificial Intelligence | Costis Papageorgakis |
| Combinatorics and representation theory in gauge-string duality | Sanjaye Ramgoolam |
| Next-to-soft radiation at the LHC | Christopher White |
| QCD meets gravity | Christopher White |
| Searching for new physics with top quarks | Christopher White |
| Scattering amplitudes and novel approaches to Quantum Field Theory | Andreas Brandhuber, Gabriele Travaglini |
| Scattering amplitudes: New formulations and Applications | Dr Congkao Wen |
| Machine Learning and Theoretical Physics | Professor David Berman |
| Toy models of gravity | Dr David Vegh |
| Segmented strings | Dr David Vegh |
| New techniques for scattering amplitudes of particles and strings (China Scholarship Council project) | Dr Ricardo Monteiro |
