SUMMARY
The discussion focuses on the derivation of the decay rate for neutrinoless double beta decay, represented by the equation $$\Gamma_{\beta\beta}^{0\nu} = G^{0\nu}|M^{0\nu}|^2^2$$. Key resources include a review article from the Particle Data Group and a comprehensive Wikipedia article. Additionally, a preprint from March 11, 2021, provides background information and references two significant papers: Deppisch et al. (2012) and Dolinski et al. (2019), which offer deeper insights into the topic.
PREREQUISITES
- Understanding of Fermi Golden Rule
- Familiarity with Quantum Field Theory (QFT)
- Knowledge of particle physics concepts related to double beta decay
- Basic grasp of the Standard Model of particle physics
NEXT STEPS
- Read the Particle Data Group review article on neutrinoless double beta decay
- Study the Wikipedia article and its cited references for foundational knowledge
- Examine the March 11, 2021 preprint for detailed background information
- Analyze the papers by Deppisch et al. (2012) and Dolinski et al. (2019) for advanced insights
USEFUL FOR
Researchers in particle physics, graduate students studying neutrino physics, and physicists interested in the implications of neutrinoless double beta decay on the Standard Model.