Super Space-time, a Model for Gravity and Dark Matter

TL;DR

This paper introduces a super space-time model using super tangent bundles and super metrics to unify gravity and dark matter, proposing dark matter as an effect of the odd part of the super metric.

Contribution

It presents a novel super space-time framework that models gravity and dark matter through super metrics, deriving new field equations and solutions.

Findings

Dark matter modeled as an effect of the symplectic part of the super metric

Derived field equations for gravity and matter interactions

Constructed solutions for the proposed super space-time model

Abstract

In this paper, we use the notion of super tangent bundle for a space-time manifold, and use super metrics on it to model gravity and some types of matter that is the source of the gravity and can be interpreted as dark matter. In this view, gravity is an effect of the symmetric part of the super metric and dark matter is an effect of the symplectic part of the super metric. So, dark matter can be considered as a result of the odd part of the super space-time. We use variation of the Hilbert action to derive field equations for interaction of gravity and matter and investigate some of the results. We also construct some solution for these equations.