Spontaneous Compactification of Eleven-Dimensional Supergravity
F. Englert (CERN & Brussels U.)

Aug 1982 - 4 pages

  • Phys.Lett. 119B (1982) 339
    IN *APPELQUIST, T. (ED.) ET AL.: MODERN KALUZA-KLEIN THEORIES*, 213-216. (PHYS. LETT. B119 (1982) 339-342) AND CERN GENEVA - TH. 3394 (82,REC.OCT.) 7 P. (SEE BOOK INDEX)
  • (1982)
  • DOI: 10.1016/0370-2693(82)90684-0
  • CERN-TH-3394

Abstract (Elsevier)
Three distinct geometries on S 7 arise as solutions of the classical equations of motion in eleven dimensions. In addition to the conventional riemannian geometry, one can also obtain the two exceptional Cartan-Schouten compact flat geometries with torsion. Possible implications of these results are mentioned.


Keyword(s): INSPIRE: SUPERGRAVITY: ELEVEN-DIMENSIONAL | FIELD THEORY: compactification | GAUGE FIELD THEORY: LANDAU GAUGE | FIELD THEORY: TORSION | MATHEMATICAL METHODS: DIFFERENTIAL GEOMETRY | FIELD EQUATIONS: SOLUTION | general relativity | Kaluza-Klein model | ASTROPHYSICS | GRAVITATION
 Record added 1982-08-01, last modified 2017-03-28