Very compact objects probe extreme gravitational fields and may be the key to understand
outstanding puzzles in fundamental physics. These include the nature of dark matter, the …

In this work, we consider the vanishing complexity factor scenario which has opened up a
whole new way of generating solutions to the Einstein field equations for the spherically …

The main aim of this work is devoted to studying the existence of compact spherical systems
representing anisotropic matter distributions within the scenario of alternative theories of …

At the dawn of a golden age for gravitational wave astronomy, we must leave no stone
unturned in our quest for new phenomena beyond our current understanding of General …

Solid states of strange-cluster matter called strangeon matter can form strangeon stars that
are highly compact. We show that strangeon matter and strangeon stars can be recast into …

We provide a strange star model under the framework of general relativity by using a
general linear equation of state (EOS). The solution set thus obtained is employed on …

The compact stars are promising candidates associated with the generation of gravitational
waves (GWs). In this work, we study a special type of compact stars known as strange stars …

A tentative detection of gravitational-wave echoes in the post-merger signal of GW170817
has been recently claimed at significance level. It has been speculated that the signal might …

We introduce a rigorous and general framework to study systematically self-gravitating
elastic materials within general relativity, and apply it to investigate the existence and …

We show that interacting quark stars (IQSs) composed of interacting quark matter (IQM),
including the strong interaction effects such as perturbative QCD corrections and color …