Some of the Most Popular Dark Matter Candidates: Looking Into the Standard Model | HackerNoonDark matter includes various candidates, with WIMPs remaining prominent due to thermal production and freeze-out mechanism yielding appropriate relic densities.
An Outline of the Dark Matter Thesis | HackerNoonWIMP models could explain dark matter by bypassing constraints and demonstrating observable signatures, focusing on relic density and direct detection challenges.
Studying a Two-Component Dark Matter Model: An Introduction | HackerNoonThe study explores a unified model for dark matter and neutrino mass within a U(1)X extension of the standard model.
Theoretical and Experimental Constraints: Discussing Different Constraints on the Model Parameters | HackerNoonThe study analyzes various dark matter models, focusing on the constraints of the U(1)X extension of the Standard Model.
Some of the Most Popular Dark Matter Candidates: Looking Into the Standard Model | HackerNoonDark matter includes various candidates, with WIMPs remaining prominent due to thermal production and freeze-out mechanism yielding appropriate relic densities.
An Outline of the Dark Matter Thesis | HackerNoonWIMP models could explain dark matter by bypassing constraints and demonstrating observable signatures, focusing on relic density and direct detection challenges.
Studying a Two-Component Dark Matter Model: An Introduction | HackerNoonThe study explores a unified model for dark matter and neutrino mass within a U(1)X extension of the standard model.
Theoretical and Experimental Constraints: Discussing Different Constraints on the Model Parameters | HackerNoonThe study analyzes various dark matter models, focusing on the constraints of the U(1)X extension of the Standard Model.