Dark Matter in Supersymmetry
Abstract
:1. Introduction
2. Results in the pMSSM11
2.1. The Parameter Space
2.2. The Analysis Framework
2.3. DM Results in the pMSSM11
3. Results in the EW-MSSM
3.1. The EW-MSSM
3.2. The Relevant Constraints
3.3. Five Viable DM Scenarios
- (i)
- higgsino DM (), DM relic density is only an upper bound (the rull relic density implies and cannot be fulfilled), with ;
- (ii)
- wino DM (), DM relic density is only an upper bound, (the rull relic density implies and cannot be fulfilled), with ;
- (iii)
- bino/wino DM with -coannihilation (), DM relic density can be fulfilled, ;
- (iv)
- bino DM with -coannihilation case-L (), DM relic density can be fulfilled, ; and
- (v)
- bino DM with -coannihilation case-R (), DM relic density can be fulfilled, .
3.4. DM Results in the EW-MSSM
4. Results in the
4.1. Gravitino
4.2. Axino
4.3. Right-Handed Neutrino
4.4. Multicomponent DM
5. Results in the U
5.1. The USSM and WIMP DM
5.2. Constraints on the Parameter Space
5.3. Analysis
6. Conclusions
Author Contributions
Funding
Data Availability Statement
Conflicts of Interest
References
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Parameter | Range |
---|---|
(−4, 4) TeV | |
(0, 4) TeV | |
(−4, 4) TeV | |
(0, 4) TeV | |
(0, 4) TeV | |
(0, 2) TeV | |
(0, 2) TeV | |
(0, 4) TeV | |
A | (−5, 5) TeV |
(−5, 5) TeV | |
(1, 60) |
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Heinemeyer, S.; Muñoz, C. Dark Matter in Supersymmetry. Universe 2022, 8, 427. https://doi.org/10.3390/universe8080427
Heinemeyer S, Muñoz C. Dark Matter in Supersymmetry. Universe. 2022; 8(8):427. https://doi.org/10.3390/universe8080427
Chicago/Turabian StyleHeinemeyer, Sven, and Carlos Muñoz. 2022. "Dark Matter in Supersymmetry" Universe 8, no. 8: 427. https://doi.org/10.3390/universe8080427