Global monopole, dark matter and scalar tensor theory
F.Rahaman, M.Kalam, R.Mondal, B.Raychaudhuri
TL;DR
This paper explores the potential of global monopoles as dark matter candidates within scalar-tensor theories, analyzing their space-time structure and implications for galactic dark matter models.
Contribution
It introduces a novel approach by examining global monopoles in scalar-tensor gravity as a candidate for galactic dark matter.
Findings
Global monopoles can model galactic dark matter in scalar-tensor theories.
The space-time structure of monopoles supports their role as dark matter candidates.
Scalar-tensor modifications influence monopole properties and their astrophysical implications.
Abstract
In this article, we discuss the space-time of a global monopole field as a candidate for galactic dark matter in the context of scalar tensor theory.
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