Non--perturbative bounds on the Higgs mass in the minimal standard model

TL;DR

This paper discusses non-perturbative bounds on the Higgs mass within the minimal standard model, considering triviality and vacuum stability constraints, and presents recent findings and future research directions.

Contribution

It provides updated non-perturbative bounds on the Higgs mass, extending previous analyses with recent results and proposing new directions for future research.

Findings

Higgs mass bounds range from 50-100 GeV to 700-900 GeV.

Recent results refine the bounds and understanding of the Higgs sector.

Future work directions are outlined for further exploration.

Abstract

This is a slightly extended version of the talk delivered at the Topical Workshop ``Non perturbative aspects of chiral gauge theories'', Accademia Nazionale dei Lincei, Roma, 9-11 March, 1992. Abstract: The Higgs mass in the minimal standard model is bounded by triviality and vacuum stability in the range 50--100 $GeV$ to 700--900 $GeV$. Recent results will be presented in brief and directions for future work will be proposed.