m

_{H}= m

_{W}+ 1/2 m

_{Z}

The problem being that it works quite well; but theory tends to favor relations among the

*squares*of these masses (e.g. the "Veltman condition").

The primary purpose of this post is just to observe that you can get such a relation by squaring both sides of the D-K equation.

You do also get a term m

_{W}m

_{Z}. Perhaps it could result from a geometric mean, as in Torrente-Lujan.

Another simple thing that I want to observe, is that you might obtain something like D-K, by taking the square root of a Veltman-like sum rule. In other words, it could be approximately true, not by chance and not because it is directly implied by a fundamental theory, but as an algebraic side-effect of the truly fundamental relationship.

(The same applies to the Lopez-Castro - Pestieau - Garces-Doz sum rule, previously discussed here, which does involve masses squared, and therefore even more closely resembles Veltman's condition.)

P.S. Dharwadker also has a numerology for the ratio baryonic matter : dark matter : dark energy, which he deduces to be 1:5:18.

The accuracy of the D-K rule has declined a lot as the measurement of the Higgs boson mass has improved to the point where it is pretty much ruled out.

ReplyDeleteThis comment has been removed by the author.

ReplyDeleteLCP, in contrast, continues to be strongly supported by the evidence.

ReplyDelete