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Lectures & Talks

For a detailed list of talks, please see here (PDF).

Popular Presentations

  1. University of Surrey (UK), 2011—present
    UCAS/Applicant days
    Why string theory?
  2. University College School London (UK), 2008
    Why string theory?

Technical Presentations

  1. University of Porto (Portugal), 2017
    Conference Quantum Spacetime '17
    Higher groupoid bundles and self-dual tensor field equations
  2. University of Kent (UK), 2016
    Self-dual higher gauge theory
  3. INFN Padua (Italy), 2015
    Self-dual higher gauge theory
  4. KIAS (South Korea), 2015
    Self-dual higher gauge theory
  5. Seoul National University (South Korea), 2015
    Self-dual higher gauge theory
  6. King's College London (UK), 2015
    Self-dual higher gauge theory
  7. University of Glasgow (UK), 2015
    Self-dual higher gauge theory
  8. University of Leeds (UK), 2014
    Self-dual higher gauge theory
  9. Riemann Center (Germany), 2014
    Workshop on Gauge Theories in Higher Dimensions
    Self-dual higher gauge theory
  10. Heriot-Watt University (UK), 2014
    Workshop on Higher Gauge Theory and Higher Quantization
    Self-dual higher gauge theory
  11. University of Oxford (UK), 2014
    Clay Workshop on Geometry and Fluids
    Applications of twistor theory
  12. Durham University (UK), 2013
    Workshop on Symmetry and Geometry of Branes in String/M-Theory
    Non-Abelian self-dual tensor field theories from twistor space
  13. University of Surrey (UK), 2012
    Contact instantons and twistor geometry
  14. Heriot-Watt University (UK), 2012
    Contact instantons and twistor geometry
  15. Newton Institute (UK), 2012
    Contact instantons and twistor geometry
  16. University of Oxford (UK), 2012
    Twistors and conformal theories from six dimensions
  17. University of Cambridge (UK), 2012
    Twistors and conformal theories from six dimensions
  18. University of Surrey (UK), 2011
    Twistor geometry, integrability and holography
  19. University of Leeds (UK), 2010
    Workshop on Variational Problems in Integrable Systems and Geometry
    Superstring sigma models from generalised self-dual Yang—Mills theory
  20. University of Kent (UK), 2010
    14th Annual UK Meeting on Integrable Models, Conformal Field Theory, and Related Topics
    Superstring sigma models from generalised self-dual Yang—Mills theory
  21. University of Cambridge (UK), 2010
    Superstring sigma models from generalised self-dual Yang—Mills theory
  22. Durham University (UK), 2010
    Hidden dualities and symmetries in string sigma models
  23. Amsterdam University (The Netherlands), 2009
    Sigma model dualities and dual superconformal symmetry
  24. University of Edinburgh (UK), 2008
    Sigma model dualities and dual superconformal symmetry
  25. University of Cambridge (UK), 2008
    Sigma model dualities and dual superconformal symmetry
  26. Niels Bohr Institute (Denmark), 2008
    Sigma model dualities and dual superconformal symmetry
  27. Newton Institute (UK), 2007
    The twistor approach to supergravity
  28. University of Cambridge (UK), 2007
    The twistor approach to supergravity
  29. Durham University (UK), 2007
    London Mathematical Society Durham Symposium on Twistors, Strings, and Scattering Amplitudes
    self-dual supergravity
  30. University of Oxford (UK), 2007
    Self-dual supergravity and twistor theory
  31. Dublin Institute of Advanced Studies (Ireland), 2007
    Twistors and integrability of super Yang—Mills theories
  32. Tokyo Metropolitan University (Japan), 2006
    Workshop on Non-Commutativity in Strings, Gravity, and Field Theory
    Hidden symmetries in super Yang—Mills theory
  33. Imperial College London (UK), 2006
    Twistors and integrability
  34. Trinity College (Ireland), 2006
    The twistor approach to integrability
  35. DESY (Germany), 2006
    Application of twistor geometry to gauge theory
  36. Albert Einstein Institut (Germany), 2006
    Twistors and integrability
  37. Queen Mary, University of London (UK), 2005
    Workshop From Twistors to Amplitudes
    Supertwistors, Chern-Simons, and super gauge theories
  38. Bogoliubov Laboratory of Theoretical Physics (Russia), 2005
    Workshop on Supersymmetries and Quantum Symmetries
    Super Yang—Mills theory and integrability
  39. Bogoliubov Laboratory of Theoretical Physics (Russia), 2005
    Advanced Summer School on Modern Mathematical Physics
    Lectures on Twistor geometry
  40. Modave (Belgium), 2005
    Modave Summer School in Mathematical Physics
    Lectures on Twistor geometry and gauge theory
  41. C N Yang Institute for Theoretical Physics at Stony Brook (USA), 2005
    Supertwistors, super Yang—Mills theory and integrability
  42. University of Pennsylvania (USA), 2005
    Supertwistors, super Yang—Mills theory and integrability
  43. University of Texas at Austin (USA), 2005
    Supertwistors, super Yang—Mills theory and integrability
  44. Duke University and University of North Carolina (USA), 2005
    Supertwistors, super Yang—Mills theory and integrability
  45. SISSA (Italy), 2004
    On non-commutative instantons and solitons
  46. Max Planck Institut für Strömungsforschung at Göttingen (Germany), 2004
    Workshop on Non-Commutative Integrable Systems
    Non-commutative monopoles
  47. Max Planck Institut für Mathematik at Bonn (Germany), 2004
    Seiberg—Witten monopole equations on non-commutative
  48. Technische Universität Dresden (Germany), 2003
    On topologically non-trivial field configurations in non-commutative field theories
  49. Technische Universität Dresden (Germany), 2003
    Non-commutative instantons in Yang—Mills theory
  50. Technische Universität Dresden (Germany), 2002
    Non-commutative Yang—Mills theory

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