Abstract

We discuss the implications of low-scale quantum gravity on electroweak symmetry breaking by computing one-loop gravitational corrections to the Higgs potential. We conclude that these radiative corrections are quite large after summing over the graviton and dilaton Kaluza-Klein towers, and there is no possibility of electroweak symmetry breaking unless one allows for the complex vacuum expectation value for the Higgs field.

DOI

First Page

1041

Last Page

1050

Recommended Citation

BOZ, M, DEMİR, A, & PAK, N. K (1999). Electroweak Symmetry Breaking in Low-Scale Quantum Gravity. Turkish Journal of Physics 23 (7): 1041-1050. https://doi.org/-

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