Supersymmetry Breaking by the Eleven-Dimensional Scalar Field φ(x,y)

Details Supersymmetry Breaking by the Eleven-Dimensional Scalar Field φ(x,y) Supersymmetry Breaking by the Eleven-Dimensional Scalar Field φ(x,y)

May 1984

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1984phrvl..52.1740m&link_type=abstract

Physical Review Letters, Volume 52, Issue 20, May 14, 1984, pp.1740-1742

Physics

Supersymmetry

Scientific paper

We introduce a scalar field in eleven-dimensional supergravity through the dual transformation of the totally antisymmetric torsion. All supersymmetries are spontaneously broken by the scalar field and the remaining four-dimensional Einstein space corresponds to anti-de Sitter space. The holonomy group of the seven-dimensional compact manifold is found to be an SO(7) subgroup of the original SO(8).

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