Abstract
By using Weisberger's method for the integration of heavy degrees of freedom in multiscale theories, we show that tree level hierarchies are not destabilized byquantum corrections in a two-scale, two scalar field theory model where the heavy sector undergoes spontaneous symmetry breaking. We see explicitly the role played by the one-loop heavy log corrections to the effective parameters in maintaining the original tree level hierarchy and in keeping the theory free of hierarchy problems.
Citation Formats
Galvan, J B, Perez-Mercader, J, and Sanchez, F J.
Hierarchy stability for spontaneously broken theories.
Netherlands: N. p.,
1987.
Web.
Galvan, J B, Perez-Mercader, J, & Sanchez, F J.
Hierarchy stability for spontaneously broken theories.
Netherlands.
Galvan, J B, Perez-Mercader, J, and Sanchez, F J.
1987.
"Hierarchy stability for spontaneously broken theories."
Netherlands.
@misc{etde_6397135,
title = {Hierarchy stability for spontaneously broken theories}
author = {Galvan, J B, Perez-Mercader, J, and Sanchez, F J}
abstractNote = {By using Weisberger's method for the integration of heavy degrees of freedom in multiscale theories, we show that tree level hierarchies are not destabilized byquantum corrections in a two-scale, two scalar field theory model where the heavy sector undergoes spontaneous symmetry breaking. We see explicitly the role played by the one-loop heavy log corrections to the effective parameters in maintaining the original tree level hierarchy and in keeping the theory free of hierarchy problems.}
journal = []
volume = {188:3}
journal type = {AC}
place = {Netherlands}
year = {1987}
month = {Apr}
}
title = {Hierarchy stability for spontaneously broken theories}
author = {Galvan, J B, Perez-Mercader, J, and Sanchez, F J}
abstractNote = {By using Weisberger's method for the integration of heavy degrees of freedom in multiscale theories, we show that tree level hierarchies are not destabilized byquantum corrections in a two-scale, two scalar field theory model where the heavy sector undergoes spontaneous symmetry breaking. We see explicitly the role played by the one-loop heavy log corrections to the effective parameters in maintaining the original tree level hierarchy and in keeping the theory free of hierarchy problems.}
journal = []
volume = {188:3}
journal type = {AC}
place = {Netherlands}
year = {1987}
month = {Apr}
}