Probing the Two Greatest Mysteries of the Universe

TL;DR

This paper discusses how neutrinoless double beta decay and dark matter detection experiments address fundamental mysteries of the universe, focusing on baryon asymmetry and dark matter.

Contribution

It provides a brief overview of the theoretical foundations and experimental prospects related to these two key areas in cosmology.

Findings

Neutrinoless double beta decay tests lepton number violation.

Dark matter detection experiments aim to identify dark matter particles.

These experiments are crucial for understanding the universe's composition.

Abstract

The neutrinoless double beta decay and the direct dark matter detection experiments probe the origins of the two greatest mysteries of the universe, i.e. the baryon asymmetry and the invisible or dark matter. The underlying theoretical ideas are briefly discussed along with the experimental prospects.