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Hidden supersymmetric dark sectors
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The attractive feature of supersymmetry is predictive power, due to the large number of calculable properties and to coupling nonrenormalization. This power can be fully expressed in hidden sectors where supersymmetry may be exact, as these sectors are secluded from the visible one where instead supersymmetry must be broken. This suggests a new paradigm for supersymmetric dark sectors, where supersymmetry is exact at the dark matter scale, implying that many properties of hidden supersymmetric dark sectors can be fully computed. As a proof of concept we discuss a concrete example based on N=1 super Yang-Mills.
Published by the American Physical Society
2024
American Physical Society (APS)
Title: Hidden supersymmetric dark sectors
Description:
The attractive feature of supersymmetry is predictive power, due to the large number of calculable properties and to coupling nonrenormalization.
This power can be fully expressed in hidden sectors where supersymmetry may be exact, as these sectors are secluded from the visible one where instead supersymmetry must be broken.
This suggests a new paradigm for supersymmetric dark sectors, where supersymmetry is exact at the dark matter scale, implying that many properties of hidden supersymmetric dark sectors can be fully computed.
As a proof of concept we discuss a concrete example based on N=1 super Yang-Mills.
Published by the American Physical Society
2024.
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