Topological constraints in the LARGE-volume scenario
May 5, 2022Citations per year
Abstract: (Springer)
We elaborate on recent results regarding the self-consistency of de Sitter vacua in the LARGE-volume scenario of type IIB string theory. In particular, we analyze to what extent the control over warping, curvature and g corrections depends on the topology and the orientifold/brane data of a compactification. We compute a general bound on the magnitude of these corrections which strongly constrains the D3 tadpole. The minimally required tadpole ranges from (500) to (10) or more and depends strongly on other data, in particular on the Euler number of the Calabi-Yau 3-fold, the triple-self-intersection and Euler numbers of the small divisor and the coefficient a appearing in the non-perturbative superpotential. We give arguments suggesting that satisfying these constraints is very challenging and perhaps impossible.Note:
- 33 pages. v2: comments and references added. v3: comments and references added
- Flux Compactifications
- String and Brane Phenomenology
- Superstring Vacua
- constraint: topological
- superpotential: nonperturbative
- vacuum state: de Sitter
- tadpole
- string model
- orientifold
- Calabi-Yau
References(52)
Figures(5)
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- [20]
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- [22]