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Exploring Right-Handed Neutrinos as Dark Matter Candidates
The chapter investigates the theory proposing right-handed neutrinos as potential dark matter candidates due to their minimal interactions with standard model particles. It analyzes how the abundance of right-handed neutrinos can be calculated in a two-sided universe model and discusses the implications of galaxy surveys like DESI on neutrino mass bounds. The conversation also touches on the concept of minimalism in universe descriptions and the potential role of gravitational wave telescopes in observing the big bang singularity.