Metric-Independent Measures for Supersymmetric Extended Object Theories on Curved Backgrounds
arXiv:1411.3805 · doi:10.1016/j.physletb.2014.07.026
Abstract
For Green-Schwarz superstring sigma-model on curved backgrounds, we introduce a non-metric measure with two scalars used in Two Measure Theory (TMT). As in the flat-background case, the string tension emerges as an integration constant for the A_i-field equation. This mechanism is further generalized to supermembrane theory, and to super p-brane theory, both on general curved backgrounds. This shows the universal applications of dynamical measure of TMT to general supersymmetric extended objects on general curved backgrounds.
arXiv comment14 pages, no figures
References in corpus (15)
- Dirichlet-Branes and Ramond-Ramond Charges
- Bound States Of Strings And -Branes
- A Comment on Zero-brane Quantum Mechanics
- D-particle Dynamics and Bound States
- Scale invariance, new inflation and decaying Lambda terms
- Dynamical measure and field theory models free of the cosmological constant problem
- Spacetime Scale-Invariance and the Super p-Brane
- Strings and branes with a modified measure
- String and Brane Models with Spontaneously/Dynamically Induced Tension
- Superextendons with a modified measure
- Scale Invariance and Vacuum Energy
- Scale Symmetry Spontaneously Broken by Asymptotic Behavior
- Physical Consequences of a Theory with Dynamical Volume Element
- Strings, p-Branes and Dp-Branes With Dynamical Tension
- New physics at low energies and dark matter-dark energy transmutation
Cited by in corpus (7)
- Emergent Cosmology, Inflation and Dark Energy
- Unifying Inflation with early and late Dark Energy in Multi-Fields: Spontaneously broken scale invariant TMT
- Implications of the Spectrum of Dynamically Generated String Tension Theories
- Curvaton reheating in a Scale Invariant Two Measures Theory
- Relieving String Tension By Making Baby Universes in a Dynamical String Tension Braneworld Model
- Brane world creation from flat or almost flat space in dynamical tension string theories
- Light Like Segment Compactification and Braneworlds with Dynamical String Tension