A scheme with two large extra dimensions confronted with neutrino
  physics

A. Das; A. de Gouvea; A. Ioannisian; A. Ioannisian; A. Lukas; A. Lukas; A.E. Faraggi; A.S. Dighe; B. Achkar; C. Akerlof; C. Hagner; C.D. Hoyle; C.S. Lam; C.S. Lam; D.A. Bryman; D.I. Britton; D.O. Caldwell; D.O. Caldwell; E. Holzschuh; E. Holzschuh; G. Bernardi; G. Dvali; G. Nordström; G. Shiu; G.C. McLaughlin; H.B. Nielsen; I. Antoniadis; I. Vilja; J. Bonn; J. Deutsch; J. Dorenbosch; J. Maalampi; J. Maalampi; J. Maalampi; J.-M. Frere; J.C. Long; K. Agashe; K. Eguchi; K. Enqvist; K. Enqvist; K. Kainulainen; K. Schreckenbach; K.-H. Hiddemann; K.R. Dienes; K.R. Dienes; N. Arkani-Hamed; N. Arkani-Hamed; N. Arkani-Hamed; N. Arkani-Hamed; N. Cosme; N. De Leener-Rosier; O. Klein; Q.R. Ahmad; Q.R. Ahmad; R. Barbieri; R. Barbieri; R. Barbieri; R. Foot; R. Jackiw; R.N. Mohapatra; R.N. Mohapatra; R.N. Mohapatra; S. Fukuda; T. Kaluza; V. Sipiläinen; V.A. Rubakov; X. Shi

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A scheme with two large extra dimensions confronted with neutrino physics

Abstract

We investigate a particle physics model in a six-dimensional spacetime, where two extra dimensions form a torus. Particles with Standard Model charges are confined by interactions with a scalar field to four four-dimensional branes, two vortices accommodating ordinary type fermions and two antivortices accommodating mirror fermions. We investigate the phenomenological implications of this multibrane structure by confronting the model with neutrino physics data.Comment: LATEX, 24 pages, 9 figures, minor changes in the tex

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