E. Silverstein. (2004)cite arxiv:hep-th/0405068
Comment: 35 pages, harvmac big.
Abstract
I review basic forces on moduli that lead to their stabilization, for example
in the supercritical and KKLT models of de Sitter space in string theory, as
well as an $AdS_4S^3S^3$ model I include which is not published
elsewhere. These forces come from the classical dilaton tadpole in generic
dimensionality, internal curvature, fluxes, and branes and orientifolds as well
as non-perturbative effects. The resulting (A)dS solutions of string theory
make detailed predictions for microphysical entropy, whose leading behavior we
exhibit on the Coulomb branch of the system. Finally, I briefly review recent
developments concerning the role of velocity-dependent effects in the dynamics
of moduli. These lecture notes are based on material presented at various
stages in the 1999 TASI, 2002 PiTP, 2003 TASI, and 2003 ISS schools.
%0 Journal Article
%1 Silverstein2004
%A Silverstein, Eva
%D 2004
%K lectures moduli string
%T TASI/PiTP/ISS Lectures on Moduli and Microphysics
%U http://arxiv.org/abs/hep-th/0405068
%X I review basic forces on moduli that lead to their stabilization, for example
in the supercritical and KKLT models of de Sitter space in string theory, as
well as an $AdS_4S^3S^3$ model I include which is not published
elsewhere. These forces come from the classical dilaton tadpole in generic
dimensionality, internal curvature, fluxes, and branes and orientifolds as well
as non-perturbative effects. The resulting (A)dS solutions of string theory
make detailed predictions for microphysical entropy, whose leading behavior we
exhibit on the Coulomb branch of the system. Finally, I briefly review recent
developments concerning the role of velocity-dependent effects in the dynamics
of moduli. These lecture notes are based on material presented at various
stages in the 1999 TASI, 2002 PiTP, 2003 TASI, and 2003 ISS schools.
@article{Silverstein2004,
abstract = { I review basic forces on moduli that lead to their stabilization, for example
in the supercritical and KKLT models of de Sitter space in string theory, as
well as an $AdS_4\times S^3\times S^3$ model I include which is not published
elsewhere. These forces come from the classical dilaton tadpole in generic
dimensionality, internal curvature, fluxes, and branes and orientifolds as well
as non-perturbative effects. The resulting (A)dS solutions of string theory
make detailed predictions for microphysical entropy, whose leading behavior we
exhibit on the Coulomb branch of the system. Finally, I briefly review recent
developments concerning the role of velocity-dependent effects in the dynamics
of moduli. These lecture notes are based on material presented at various
stages in the 1999 TASI, 2002 PiTP, 2003 TASI, and 2003 ISS schools.
},
added-at = {2009-08-14T16:50:45.000+0200},
author = {Silverstein, Eva},
biburl = {https://www.bibsonomy.org/bibtex/283322052f8bbc3eb4dab56ade381a5b0/jpschaar},
description = {TASI/PiTP/ISS Lectures on Moduli and Microphysics},
interhash = {a0d13226a6bfed009090983e7abc7be2},
intrahash = {83322052f8bbc3eb4dab56ade381a5b0},
keywords = {lectures moduli string},
note = {cite arxiv:hep-th/0405068
Comment: 35 pages, harvmac big},
timestamp = {2009-08-14T16:50:45.000+0200},
title = {TASI/PiTP/ISS Lectures on Moduli and Microphysics},
url = {http://arxiv.org/abs/hep-th/0405068},
year = 2004
}