Speaker
Gabriel Farrugia
(University of Malta)
Description
The theory of $f(T)$ gravity shall be discussed in the context of gravitoelectromagnetism (GEM) where the modified GEM equations are discussed and derived. Through use of linearisation and perturbation techniques, specific metric solutions are obtained which are then used to investigate specific GEM effects such as the de Sitter and Lense-Thirring precessions. Following observations from Gravity Probe B, the $f(T)$ models are constrained and compared against cosmological constraints.
Primary author
Gabriel Farrugia
(University of Malta)
Co-author
Jackson Levi Said
(University of Malta-Unknown-Unknown)
