25–27 Mar 2010
<a href="http://www.nordita.org/" "target=_blank">Nordita</a>
Europe/Stockholm timezone

Contribution List

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  1. Nadav Drukker
    25/03/2010, 13:00
  2. Jay Armas
    25/03/2010, 14:00
    The talk will be based on the preprint: http://arxiv.org/abs/0911.4654
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  3. Johan Källén
    25/03/2010, 14:20
    I will introduce the "Chiral de Rham complex" and discuss its interpretation as the formal Hamiltonian quantization of the supersymmetric non-linear sigma model.
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  4. Joel Ekstrand
    25/03/2010, 15:00
  5. Malin Göteman
    25/03/2010, 15:20
    Recent work on N=(2,2) non-linear sigma models with only semi-chiral fields will be discussed. Imposing additional N=(4,4) supersymmetry gives constraints on the target space geometry which we analyze. This is done both in the special case of linear transformations and 4-dimensional target space, as well as in the general case.
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  6. Radu Tatar
    25/03/2010, 16:00
  7. David Tong
    25/03/2010, 17:20
  8. Radu Tatar
    26/03/2010, 09:30
  9. Nadav Drukker
    26/03/2010, 10:30
  10. Christoph Sieg
    26/03/2010, 12:00
    I will review the recent progress to test AdS/CFT and integrability by explicit Feynman diagram computations of the spectra
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  11. Mikael Smedbäck
    26/03/2010, 12:20
    Recently, great progress has been made on understanding the field theory side of the AdS(4)/CFT(3) duality. The so-called ABJM theory, which is an N=6 superconformal Chern-Simons theory, has been conjectured to describe the world-volume theory on an arbitrary number of M2-branes. We discuss thermal properties of ABJM theory, by computing quantum corrections to the free energy. We find...
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  12. Pawel Caputa
    26/03/2010, 12:40
  13. David Tong
    26/03/2010, 14:30
  14. Giuseppe Dibitetto
    26/03/2010, 16:00
  15. Gabriele Ferretti
    26/03/2010, 16:20
    From 0912.0743: We give a general formulation of semi-direct gauge mediation of supersymmetry breaking where the messengers interact with the hidden sector only through a weakly gauged group. Using this general formulation, we provide an explicit proof that the MSSM gaugino masses are vanishing to leading order in the gauge couplings. On the other hand, the MSSM sfermion masses have,...
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  16. Radu Tatar
    26/03/2010, 17:00
  17. David Tong
    27/03/2010, 09:30
  18. Nadav Drukker
    27/03/2010, 10:30
  19. Christoph Schweigert
    27/03/2010, 12:00
  20. Thomas Klose
    27/03/2010, 12:20
    We derive the spectrum of supersymmetric hydrogen-like atoms. A difference between these perfect atoms and non-supersymmetric ones is the absence of hyperfine structure. This is in accordance with strong coupling results using AdS/CFT
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  21. Martin Cederwall
    27/03/2010, 12:40