Geometric Hierarchy

We present one approach for solving the gauge hierarchy problem in a grand unified supersymmetric theory. Supersymmetry is broken at a scale of order 10 12 GeV. Both the grand scale (∼10 19 GeV) and the weak scale are generated via radiative corrections. The main phenomenological features of the model are: (i) the proton decays into K 0 μ + and K + ν μ and the neutron decays into K 0 ν μ ; (ii) the strong GP problem is solved with an invisible axion; (iii) the superpartners of quarks, leptons, gauge and Higgs bosons have masses ∼ 50–100 GeV; and (iv) the lightest superpartner is stable.

GAUGE FIELD THEORY: HIERARCHY PROBLEM
GRAND UNIFIED THEORY: SU(5)
SPONTANEOUS SYMMETRY BREAKING
P: SEMILEPTONIC DECAY
SEMILEPTONIC DECAY: P
N: SEMILEPTONIC DECAY
SEMILEPTONIC DECAY: N
CP: violation
POSTULATED PARTICLE: AXION
FERMION: MASS

References(34)

Figures(0)

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Savas Dimopoulos
(
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Abdus Salam
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Pierre Fayet
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William A. Bardeen
(
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(
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(
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(
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