Contact




Pierre Vanhove

lastname.firstname AT gmail DOT com


          IHES





List of publications:
SPIRES  |  Google Scholar ]

Articles that are not accesible on the arXiv:

pdf ]  Monodromies and the structure of gauge and gravity amplitudes 
pdf ]  On the ultraviolet behaviour of N=8 supergravity amplitudes


pdf ] Simplicity of Amplitudes in Gravity and Yang-Mills Theories

[ pdf ] Surprising simplicity of  N = 8 supergravity
  • text written with N.E.J Bjerrum-Bohr that received the honorable Mention in the 2009 Awards for Essays  in Gravitation by the Gravity Research Foundation. Published in the International Journal of Modern Physics D: online access

[ pdf ] Localized (super)gravity
  • proceeding contribution written with I. Antoniadis on the topic of localisation of gravity in string theory

Lectures notes and Reviews:

pdf ]  A short introduction to String theory 
  [ pdf ] Non-renormalisation theorems in Superstring and Supergravity Theories pdf ] Hybrid formalism and topological amplitudes: pdf ] Methods in M-theory:
  • Lectures notes on M-theory, loop computations in eleven dimensions, BPS protected amplitudes in string theory and Matrix models given in December 1999 at the iPhT of Saclay (France)
html ] Au bout de la corde... la théorie M
  • My PhD thesis dissertation in French defended on at the Ecole Polytechnique (France).
Undergraduate period:

pdf ] If it's not Dark, it doesn't Matter:
  • Report in english about some work on the WIMPs experiment done at the CfPA of Berkeley under the supervision of Prof. B. Sadoulet.
pdf ] L'effet Hall Quantifié:
  • Bibliographical work on the quantum Hall effect done with Frank Ferrari.
pdf ] Étude du comportement chaotique d'un laser à fibre:
  • Report on an experimental work on the chaotic behaviour of fibre laser. With an analysis of the topological nature of the attractor with knot theory. Work done at the LSE of Lille in the laboratory of Prof. P. Glorieux.
  • Related to this work Marc Lefranc has written a book The Topology of Chaos: Alice in Stretch and Squeezeland where they detail the "[t]opological analysis is about extracting from chaotic data the topological signatures that determine the stretching and squeezing mechanisms which act on flows in phase space and are responsible for generating chaotic behavior."