We prove that the problem of symmetry determination linked to first-order perturbations of a metric, can be elegantly expressed using geometric conditions. In particular, an important feature of this study is that for any spacetime that contains small perturbations, any equation constructed on such a space will inherit the perturbations. Intrigued by this connection between geometry and perturbations, we take the heat conduction equation and explore how the inherited perturbations affect the geometric symmetry conditions.The accepted manuscript in pdf format is listed with the files at the bottom of this page. The presentation of the authors' names and (or) special characters in the title of the manuscript may differ slightly between wha...
We propose a new approach in studying the planetary orbits and the perihelion precession in General ...
The connections between geometric intuition and the analytic statement of a problem are briefly inve...
We consider covariant metric theories of coupled gravity-matter systems satisfying the following two...
We prove that the problem of symmetry determination linked to first-order perturbations of a metric...
In this paper, the gauge choices in general spherically symmetric spacetimes have been explored. We ...
In many circumstances the perfect fluid conservation equations can be directly integrated to give a ...
We investigate electromagnetic, gravitational, and plasma-related perturbations to the first order o...
We investigate electromagnetic, gravitational, and plasma-related perturbations to the first order o...
Without invoking a perturbative expansion, we define the cosmological curvature perturbation, and co...
We propose a new approach in studying the planetary orbits and the perihelion precession in General ...
Abstract In order to study gravitational waves in any realistic astrophysical scenario, one must con...
In order to study gravitational waves in any realistic astrophysical scenario, one must consider geo...
The connections between geometric intuition and the analytic statement of a problem are briefly inve...
Without invoking a perturbative expansion, we define the cosmological curvature perturbation, and co...
The connections between geometric intuition and the analytic statement of a problem are briefly inve...
We propose a new approach in studying the planetary orbits and the perihelion precession in General ...
The connections between geometric intuition and the analytic statement of a problem are briefly inve...
We consider covariant metric theories of coupled gravity-matter systems satisfying the following two...
We prove that the problem of symmetry determination linked to first-order perturbations of a metric...
In this paper, the gauge choices in general spherically symmetric spacetimes have been explored. We ...
In many circumstances the perfect fluid conservation equations can be directly integrated to give a ...
We investigate electromagnetic, gravitational, and plasma-related perturbations to the first order o...
We investigate electromagnetic, gravitational, and plasma-related perturbations to the first order o...
Without invoking a perturbative expansion, we define the cosmological curvature perturbation, and co...
We propose a new approach in studying the planetary orbits and the perihelion precession in General ...
Abstract In order to study gravitational waves in any realistic astrophysical scenario, one must con...
In order to study gravitational waves in any realistic astrophysical scenario, one must consider geo...
The connections between geometric intuition and the analytic statement of a problem are briefly inve...
Without invoking a perturbative expansion, we define the cosmological curvature perturbation, and co...
The connections between geometric intuition and the analytic statement of a problem are briefly inve...
We propose a new approach in studying the planetary orbits and the perihelion precession in General ...
The connections between geometric intuition and the analytic statement of a problem are briefly inve...
We consider covariant metric theories of coupled gravity-matter systems satisfying the following two...