system
Given the following post, respond as if you're commenting on Reddit:
human
Particle Fever: What is the relationship between energy in GEV (115 or 140) of where the Higgs is found and lending support to Supersymmetry vs Multiverse theories?

Why does the Higgs existing at a lower energy level imply that supersymmetry would be the case and likewise for higher energy and  the multiverse theory? Are these the only options available?
gpt
No these are certainly not the only options, but the movie focused on these two. probably to make it more dramatic. 

One huge problem of modern physics is that we do not know why the Higgs is so light (hierarchy problem). Naively one would expect that quantum correctons would lead to a very high mass if there is no mechanism to stop this. The most popular one is supersymmetry. The radiative contribution of one particle is canceled by the contribution of the super-partner. The problem is that in supersymmetry thee Higgs must be relatively light (< 130 GeV). The exclusion bound by LEP was around 115 GeV. So it could not be any lighter than this. The found 125 GeV still fits into many SUSY models, but it is already much harder to get. At 140 Susy would not be able to explain these things anymore.

One other ansatz to explain the lightness of the higgs mass is the anthropological principle. If there is a large (maybe even infinite) amount of universes, we would be in one of these where the Higgs is light, because life could have not evolved in a universe with a Planck mass higgs boson.