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Documents C AN WE CONSTRAIN MODELS FROM THE STRING THEORY BY N ON - GAUSSIANITY ? APCTP-IEU Focus Program...

Slide 1C AN WE CONSTRAIN MODELS FROM THE STRING THEORY BY N ON - GAUSSIANITY ? APCTP-IEU Focus Program Cosmology and Fundamental Physics June 11, 2011 Kyung Kiu Kim (IEU)…

Science SUSY Q-Balls and Boson Stars in Anti-de Sitter space-time

AdS/CFT correspondence SUSY Q-balls in AdS background SUSY boson stars in AdS background Conclusion SUSY Q-Balls and Boson Stars in Anti-de Sitter space-time Jürgen Riedel…

Documents 1 Lattice Formulation of Two Dimensional Topological Field Theory Tomohisa Takimi (RIKEN,Japan) K......

Slide 1 1 Lattice Formulation of Two Dimensional Topological Field Theory Tomohisa Takimi (RIKEN,Japan) K. Ohta, T.T Prog.Theor. Phys. 117 (2007) No2 [hep-lat /0611011] (and…

Documents D-Branes and Giant Gravitons in AdS 4 xCP 3

19/02/09 (Imperial) Andrea Prinsloo (UCT) D-Branes and Giant Gravitons in AdS4xCP3 Andrea Prinsloo* in collaboration with Alex Hamilton*, Jeff Murugan* and Migael Strydom*…

Documents D-Branes and Giant Gravitons in AdS 4 xCP 3

19/02/09 (Imperial) Andrea Prinsloo (UCT) D-Branes and Giant Gravitons in AdS4xCP3 Andrea Prinsloo* in collaboration with Alex Hamilton*, Jeff Murugan* and Migael Strydom*…

Documents D-Branes and Giant Gravitons in AdS 4 xCP 3

19/02/09 (Imperial) Andrea Prinsloo (UCT) D-Branes and Giant Gravitons in AdS4xCP3 Andrea Prinsloo* in collaboration with Alex Hamilton*, Jeff Murugan* and Migael Strydom*…

Documents A lattice formulation of 4 dimensional N=2 supersymmetric Yang-Mills theories

* * A lattice formulation of 4 dimensional N=2 supersymmetric Yang-Mills theories Tomohisa Takimi (TIFR) Ref) Tomohisa Takimi arXiv:1205.7038 [hep-lat] 19th July 2012 Free…

Documents Tomohisa Takimi ( 基研 )

A non-perturbative study of Supersymmetric Lattice Gauge Theories Tomohisa Takimi (基研) Introduction Lattice regularization is a non-perturbative tool. But practical application…

Documents Kagome Spin Liquid

Kagome Spin Liquid Assa Auerbach Ranny Budnik Erez Berg Classical Heisenberg AFM Experiments Strong quantum spin fluctuations (spin gap?) S=3/2 layered Kagome â90 â90 However:…