%0 Generic %1 Wu2010 %A Wu, Feng %D 2010 %K cousin nonrelativistic qcd %T Nonrelativistic Cousin of QCD %U http://arxiv.org/abs/1004.2283 %X Based on the uniqueness and universality of gravity, it is clear that theories with different dynamical exponents are related in the holographic approach. Concretely, we construct an M-theory background from pure QCD dual and show that a deformed $Sch_6^4$ geometry is obtained by compactification from the same background. The deformed $Sch_6^4$ geometry is considered as the geometrical realization of a four-dimensional nonrelativistic field theory. Several aspects of this nonrelativistic field theory are studied in the holographic picture.

@misc{Wu2010, abstract = { Based on the uniqueness and universality of gravity, it is clear that theories with different dynamical exponents are related in the holographic approach. Concretely, we construct an M-theory background from pure QCD dual and show that a deformed $Sch_{6}^{4}$ geometry is obtained by compactification from the same background. The deformed $Sch_{6}^{4}$ geometry is considered as the geometrical realization of a four-dimensional nonrelativistic field theory. Several aspects of this nonrelativistic field theory are studied in the holographic picture. }, added-at = {2010-04-15T13:01:15.000+0200}, author = {Wu, Feng}, biburl = {https://www.bibsonomy.org/bibtex/21b40de056ca4986b1af21fe6eb0c0539/tamal}, description = {Nonrelativistic Cousin of QCD}, interhash = {e75c107038a506e25fc68ef6ee2af044}, intrahash = {1b40de056ca4986b1af21fe6eb0c0539}, keywords = {cousin nonrelativistic qcd}, note = {cite arxiv:1004.2283 Comment: 11 pages}, timestamp = {2010-04-15T13:01:15.000+0200}, title = {Nonrelativistic Cousin of QCD}, url = {http://arxiv.org/abs/1004.2283}, year = 2010 }