My naive formula for calculating the N-Higgs type of boson mass depends on adding moments of inertia by Pythagoras rather than simple adding. And it needs a given mass as starting point. So the mass of Higgs = mass of Z * sqrt(2).

I have calculated all the masses, starting at Z, in one continuous calculation, ie using only one starting mass and one scalar multiplier. I ought to use sqrt(2) as the scaling factor, but that gives gives overestimates compared to online plots by Tommaso Dorigo. So instead of 1.414214 I have used the single multiplier of 1.388.

Particle my calcs. Mass plots

Mass

Gev/c^2

Z 91.2 wiki

H 127 125.3 wiki

2-H 176 ~160 TD1* (maybe 160 is not the 2-H particle?)

4-H 244 ~245 TD1

8-H 338 ~345 TD1

16-H 470

32-H 652

64-H 905

128-H 1256

256-H 1744 ~1800 TD2**

512-H 2420 ~2400 TD2

1024-H 3360 ~3400 TD2

2048-H 4663

4096-H 6472

8192-H 8984

16384-H 12469

32768-H 17307

65536-H 24022

131072-H 33343

262144-H 46280

I am surprised that the interpolations below seem to work.

3-H 207 ~215 TD1*

6-H 287 ~295 TD1

* TD1 … Guess the plot … by Tommaso Dorigo at http://www.science20.com/quantum_diaries_survivor/blog/guess_plot_11-101336

** TD2 … New CMS Results On Dijet Resonances by Tommaso Dorigo at http://www.science20.com/quantum_diaries_survivor/new_cms_results_dijet_resonances-104684

These TD2 masses were not suggested as particles by TD as they were not statistically significant features.