Sarah B. Fisher

activity

20192021

most citedResponse to Comment on "Reexamining

f (R, T)

Gravity''

10 citations · 10 across the 1 of their papers we have counts for

collaborators

3 papers

gr-qc2021

Nuclear Limits on Non-Minimally Coupled Gravity

Sarah B. Fisher, Eric D. Carlson

We explore alternate theories of gravity where the gravitational term in the Lagrangian $\frac{R}{8 π G}$ is replaced by a function $f_{1} (R)$ and the matter Lagrangian is multiplied b…

gr-qc2020★ 10 cited

Response to Comment on "Reexamining $f (R, T)$ Gravity''

Sarah B. Fisher, Eric D. Carlson

Harko and Moraes claim that in $f (R, T)$ gravity with $f (R, T) = f_{1} (R) + f_{2} (T)$ , the term $f_{2} (T)$ cannot be incorporated in the matter Lagrangian $L_{m}$ . A careful examination o…

gr-qc2019

Reexamining $f (R, T)$ gravity

Sarah B. Fisher, Eric D. Carlson

We study $f (R, T)$ gravity, in which the curvature $R$ appearing in the gravitational Lagrangian is replaced by an arbitrary function of the curvature and the trace $T$ of the stres…

Nuclear Limits on Non-Minimally Coupled Gravity

Response to Comment on "Reexamining f(R,T) Gravity''

Reexamining f(R,T) gravity

Response to Comment on "Reexamining $f (R, T)$ Gravity''

Reexamining $f (R, T)$ gravity