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B→X
s
γ in supersymmetry with explicit CP violation
D. A. Demir,
K. A. Olive
Physics and Astronomy (Twin Cities)
William I. Fine Theoretical Physics Institute
Research output
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Contribution to journal
›
Article
›
peer-review
84
Scopus citations
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γ in supersymmetry with explicit CP violation'. Together they form a unique fingerprint.
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Keyphrases
Supersymmetry
100%
CP Violation
100%
Leading Order
100%
Trilinear
100%
Large Values
66%
Experimental Bounds
66%
Decay Rate
33%
Supersymmetric Models
33%
Supersymmetric
33%
Top Quark
33%
Sum Rules
33%
Mass Parameters
33%
Explicit Formula
33%
Collider
33%
Minimal Supersymmetric Standard Model
33%
Parameter Space
33%
Gluino
33%
Minimal Supergravity
33%
Moment Constraints
33%
Electric Dipole Moment
33%
Sensitivity Decrease
33%
Orders Prediction
33%
Minimal Flavour Violation
33%
Unconstrained Models
33%
Physics
Standard Model
100%
Supersymmetry
100%
Dipole Moment
100%
CP Violation
100%
Supergravity
100%
Chemistry
Dipole Moment
100%
Minimal Supersymmetric Standard Model
100%
Supersymmetry
100%
Sum Rule
100%
Supergravity
100%
Mathematics
Explicit Formula
100%
Parameter Space
100%
Sum Rule
100%
Dipole Moment
100%
Computer Science
Explicit Formula
100%
Parameter Space
100%