Add to ORKGSuperstring theory predicts the existence of a scalar field, the dilaton. I review some basic features of the dilaton interactions and explain their possible consequences in cosmology and particle physics
We use a combination of simulated cosmological probes as expected from the forthcoming European Extr...
We construct new half-BPS cosmic string solutions in D=4 N=2 supergravity compatible with a consiste...
We investigate the low energy properties of string vacua with spontaneously broken $N=1$ supersymmet...
We discuss some aspects of string cosmology with an emphasis on the role played by the dilaton. A co...
We address the important issue of stabilizing the dilaton in the context of superstring cosmology. S...
We consider whether current notions about superstring theory below the Planck scale are compatible w...
After a review of theoretical motivations to consider theories with direct couplings of scalar field...
AbstractThe converging mechanism discussed in Damour and Nordtvedt (1993) [10] for scalar-tensor the...
The converging mechanism discussed in Damour and Nordtvedt (1993) [10] for scalar-tensor theories ha...
We examine consequences of the stabilization of the dilaton through the axion. An estimate of the re...
Supersymmetric Peccei-Quinn symmetry and string theory predict a complex scalar field comprising a d...
`Old' String Theory is a theory of one-dimensional extended objects, whose vibrations correspond to ...
We investigate $(n+1)$-dimensional string-dilaton cosmology with effective dilaton potential in pres...
We show that if there is a realistic 4-d string, the dilaton and moduli supermultiplets will generic...
We demonstrate that supergravity models containing the Standard Model, dilaton and modulus naturally...
We use a combination of simulated cosmological probes as expected from the forthcoming European Extr...
We construct new half-BPS cosmic string solutions in D=4 N=2 supergravity compatible with a consiste...
We investigate the low energy properties of string vacua with spontaneously broken $N=1$ supersymmet...
We discuss some aspects of string cosmology with an emphasis on the role played by the dilaton. A co...
We address the important issue of stabilizing the dilaton in the context of superstring cosmology. S...
We consider whether current notions about superstring theory below the Planck scale are compatible w...
After a review of theoretical motivations to consider theories with direct couplings of scalar field...
AbstractThe converging mechanism discussed in Damour and Nordtvedt (1993) [10] for scalar-tensor the...
The converging mechanism discussed in Damour and Nordtvedt (1993) [10] for scalar-tensor theories ha...
We examine consequences of the stabilization of the dilaton through the axion. An estimate of the re...
Supersymmetric Peccei-Quinn symmetry and string theory predict a complex scalar field comprising a d...
`Old' String Theory is a theory of one-dimensional extended objects, whose vibrations correspond to ...
We investigate $(n+1)$-dimensional string-dilaton cosmology with effective dilaton potential in pres...
We show that if there is a realistic 4-d string, the dilaton and moduli supermultiplets will generic...
We demonstrate that supergravity models containing the Standard Model, dilaton and modulus naturally...
We use a combination of simulated cosmological probes as expected from the forthcoming European Extr...
We construct new half-BPS cosmic string solutions in D=4 N=2 supergravity compatible with a consiste...
We investigate the low energy properties of string vacua with spontaneously broken $N=1$ supersymmet...