Further refining Swampland Conjecture on inflation in general scalar-tensor theories of gravity
arXiv:2202.02690 · doi:10.1002/prop.202200024
Abstract
An alternative refined de Sitter conjecture giving rise to a natural combination of the first and second derivatives of the scalar potential was proposed recently by David Andriot and Christoph Roupec (Fortsch. Phys. 67 (2019) no.1-2, 1800105). In this work, we study the inflation models in a general scalar-tensor theory with exponential and hyperbolic tangent forms of potential as well as model with quantum corrected potential and examine whether these three models of inflation can satisfy this further refining de Sitter swampland conjecture or not. Regarding our analysis with proper choices of parameters with proper choices of parameters and , we find that these three inflationary models can always satisfy this new refined swampland conjecture. Therefore, all three inflationary models might all be in landscape since the further refining de Sitter swampland conjecture is satisfied.
v3: 15 pages, no figure, version accepted by Fortschritte der Physik. arXiv admin note: text overlap with arXiv:2112.14571 by other authors
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- Further Refining Swampland dS Conjecture in Mimetic f(G) Gravity
- Composite Inflation and further refining dS swampland conjecture
- On the constant roll complex scalar field inflationary models
- Constraints on cosmological parameters in light of the scalar-tensor theory of gravity and swampland conjectures
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- Cosmic-Quantum Connections: Assessing the Viability of Weak Gravity and Weak Cosmic Censorship Conjectures in Kerr-Newman-Kiselev-Letelier Black Hole
- On preheating after inflation in general scalar-tensor theories of gravity
- Stability of Extremal Black Holes and Weak Cosmic Censorship Conjecture in Kiselev Spacetime