The Role of Gravity in Determining Physics at High as Well as Low Energies

Details The Role of Gravity in Determining Physics at High as Well as Low Energies The Role of Gravity in Determining Physics at High as Well as Low Energies

1995-06-29

arxiv.org/abs/hep-ph/9506458v1

Physics

High Energy Physics

High Energy Physics - Phenomenology

14 pages, 2 figures, Plain TeX

Scientific paper

It is noted that in the context of a supersymmetric preonic approach to unification, gravity, though weak, can play an essential role in determining some crucial aspects of low-energy physics. These include: (i) SUSY-breaking, (ii) electroweak symmetry-breaking, and (iii) generation of masses of quarks and leptons, all of which would vanish if we turn off gravity. Such a role of gravity has its roots in the Witten index theorem which would forbid SUSY-breaking, within the class of theories under consideration, in the absence of gravity.

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