I heard from Sveinn Ólafsson that Holmlid can also activate the ultra dense hydrogen by using a spark.
On Sat, Apr 17, 2021 at 11:07 AM Jones Beene <jone...@pacbell.net> wrote: > Holmlid notably uses laser pulses in the 532 nm spectra to form ultra > dense hydrogen or deuterium. > > As it turns out, the same greenish spectra of the laser has also been used > to form the breakthrough material which has been called "the first room > temperature superconductor" a few months ago ( Note that there have been > numerous other strong claims for this breakthrough before, but Wiki sez > this one is the first - although it is not clear who has replicated the > work). > > https://en.wikipedia.org/wiki/Carbonaceous_sulfur_hydride > > Anyway ... the point of this post being that laser irradiation at this > exact frequency 532 nm also turns up in another disparate situations where > hydrogen densification is apparent. > > Previously with the Holmlid work, observers thought or assumed that the > greenis laser spectra related to irradiation of the catalyst, not the > hydrogen itself. > > The RTSC work would seem to indicate that it is the hydrogen which is > responding to the photons not the catalyst, which although coherent (the > wavelength) is spatially way out of proportion to interact with atoms of > hydrogen... many orders of magnitude difference, in fact. > > Somehow, I get the strange feeling that this detail - the identical laser > wavelength used to activate hydrogen, is not coincidental... > > Jones >
