A note on the junction conditions in f(Q)-gravity
arXiv:2408.03978 · doi:10.1088/1361-6382/ad6be0
Abstract
Using the notion of distribution-valued tensor, we discuss the junction conditions within the framework of f(Q)-gravity. We obtain the necessary and sufficient conditions for two distinct solutions of the field equations to be smoothly joined on a given separation hypersurface.
in press
References in corpus (32)
- f(R) Theories Of Gravity
- Modified Gravity and Cosmology
- f(R) theories
- Extended Theories of Gravity
- Coincident General Relativity
- Signatures of -gravity in cosmology
- Black holes in Gravity
- Symmetric teleparallel general relativity
- Junction Conditions in f(R) Theories of Gravity
- Junction conditions for F(R)-gravity and their consequences
- Lagrange formulation of the symmetric teleparallel gravity
- Can gravity challenge CDM?
- Cosmology in gravity: A unified dynamical system analysis at background and perturbation levels
- New models and Big Bang Nucleosynthesis constraints in gravity
- The role of the boundary term in symmetric teleparallel gravity
- Geodesic deviation, Raychaudhuri equation, Newtonian limit, and tidal forces in Weyl-type gravity
- FLRW solutions in theory: the effect of using different connections
- A class of static spherically symmetric solutions in -gravity
- Reconstructing isotropic and anisotropic cosmologies
- Singular Hypersurfaces in Scalar-Tensor Theories of Gravity
- Junction conditions in quadratic gravity: thin shells and double layers
- Viable and Stable Compact Stellar Structures in Theory
- Black hole solutions in scalar-tensor symmetric teleparallel gravity
- Boundary Terms and Junction Conditions for Generalized Scalar-Tensor Theories
- Study of charged gravastar model in gravity
- Non-exotic static spherically symmetric thin-shell wormhole solution in gravity
- On the junction conditions in -gravity with torsion
- Tensor Distributions in the Presence of Degenerate Metrics
- DGP and DGPish cosmologies from actions
- Tensor distributions on signature-changing space-times
- Bianchi type-I cosmological dynamics in gravity: a covariant approach
- Spinor fields in -gravity