Support for TGD-based Model of Cold Fusion from Recent Development

Abstract

The recent article by Holmlid and Kotzias reports details about the superdense phase of protonium/deuterium postulated by Holmlid to explain cold fusion. To my surprise this phase turned out to have the same general characteristics as the dark nuclei identified as magnetic flux tubes carrying dark nuclear strings postulated in TGD based model of cold fusion. The original intuition was that the distance between dark protons inversely proportional to the value of Planck constant h_eff = n x h is about atomic length scale but the assumption that it is very nearly electron Compton length gives a model consistent with that of Holmlid. Besides the linearity of basic structures, the reported superconductivity and superfluidity are also predictions of TGD inspired model. There are also other nuclear physics anomalies and the same model could explain also them. The findings of Holmlid provide strong support for the TGD based view about dark matter playing key role also in TGD inspired quantum biology.