TL;DR
The paper explores the idea that supersymmetry breaking in our universe might be due to a nonzero cosmological constant, with a specific relation involving a critical exponent influenced by virtual black holes.
Contribution
It proposes a novel explanation for SUSY breaking linked to the cosmological constant and introduces a specific critical exponent value supported by UV/IR correspondence effects.
Findings
The critical exponent α may be 1/8 instead of 1/4.
Large virtual black holes influence SUSY breaking.
A connection between cosmological constant and supersymmetry is suggested.
Abstract
It is conjectured that M-theory in asymptotically flat spacetime must be supersymmetric, and that the observed SUSY breaking in the low energy world must be attributed to the existence of a nonzero cosmological constant. This would be consistent with experiment, if the {\it critical exponent} in the relation took on the value 1/8, rather than its classical value 1/4. We attribute this large renormalization to the effect of large virtual black holes via the UV/IR correspondence.
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