F(750), We Miss You, as Bound State of 6 Top and 6 Anti top

TL;DR

This paper proposes a new estimate for a bound state of six top and six anti-top quarks within the Standard Model, supporting the multiple point principle with three degenerate vacua, and finds the bound state mass around 750 GeV.

Contribution

It introduces a bag model estimation for the bound state mass, consistent with previous fits, and supports the multiple point principle with three low-energy vacua.

Findings

Three independent mass fits agree remarkably well around 750 GeV.

The bound state energy densities of vacua are very small.

The 750 GeV fluctuation matches the predicted bound state mass.

Abstract

We collect and estimate support for our long speculated "multiple point principle" saying that there should be several vacua all having (compared to the scales of high energy physics) very low energy densities. In pure Standard Model we suggest there being three by "multiple point principle" low energy density vacua, "present", "condensate" and "high field" vacuum. We fit the mass of the in our picture since long speculated bound state of six top and six anti top quarks in three quite {\em independent ways} and get remarkably within our crude accuracy the {\em same} mass in all three fits! The new point of the present article is to estimate the bound state mass in what we could call a bag model estimation. The two other fits, which we review, obtain the mass of the bound state by fitting to the multiple point principle prediction of degenerate vacua. Our remarkable agreement of our three mass-fits can be interpreted to mean, that we have calculated at the end the energy densities of the two extra speculated vacua and found that they are indeed very small!. Unfortunately the recently much discussed statistical fluctuation peak F(750) has now been revealed to be just a fluctuation, very accidentally matches our fitted mass of the bound state remarkably well with the mass of this fluctuation 750 GeV.