Stress Tensors in p-adic String Theory and Truncated OSFT
arXiv:hep-th/0209197 · doi:10.1088/1126-6708/2002/11/007
Abstract
We construct the stress tensors for the p-adic string model and for the pure tachyonic sector of open string field theory by naive metric covariantization of the action. Then we give the concrete energy density of a lump solution of the p-adic model. In the cubic open bosonic string field theory, we also give the energy density of a lump solution and pressure evolution of a rolling tachyon solution.
18 pages, 3 figures
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- Tachyon condensation in open-closed p-adic string theory
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- Diffusing non-local inflation: Solving the field equations as an initial value problem
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- Dynamics with Infinitely Many Time Derivatives in Friedmann-Robertson-Walker Background and Rolling Tachyon
- Rolling Tachyon Solution in Vacuum String Field Theory
- A new rolling tachyon solution of cubic string field theory
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- Energy Momentum Tensor and Marginal Deformations in Open String Field Theory
- Towards p-Adic String in Constant B-Field
- Level Truncation and Rolling the Tachyon in the Lightcone Basis for Open String Field Theory
- Initial value problem in string-inspired nonlocal field theory
- Level-Expansion Analysis in NS Superstring Field Theory Revisited
- Exact noncommutative solitons in p-adic strings and BSFT
- The Schrödinger Wave Functional and S-branes
- Energy Flow from Open to Closed Strings in a Toy Model of Rolling Tachyon
- Light-like tachyon condensation in Open String Field Theory
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