This year we witnessed the first observation of the dynamic Casimir effect http://www.technologyreview.com/blog/arxiv/26813/ where the requisite motion of the Casimir plates relative to each other must approach a certain percentage of C such that virtual particle pairs become separated and are unable to annihilate [becoming real photons]. In the experiment, Instead of a conventional mirror, they've used a transmission line connected to a superconducting quantum interference device or SQUID. Fiddling with the SQUID changes the effective electrical length of the line and this change is equivalent to the movement of an electromagnetic mirror. Inside many of the anomalous reactions being discussed here on vortex where nano powder or skeletal cats of Nickel are loaded with hydrogen we may have another similar vehicle of producing an equivalent motion like the SQUID. When you think of the relative motion of hydrogen to the Casimir geometry formed in a skeletal catalyst it is not just a smooth parallel formation but rather a random tapestry of steps and slopes that rapidly vary the energy density felt by the migrating hydrogen. I am not suggesting this spatial migration is anywhere near such velocity but rather that the Inverse Rydberg hydrogen is actually the same as fractional hydrogen or hydrino and that the posit of Jan Naudts that the hydrino is actually relativistic inside the catalyst is correct. If so then the 127 fractional states of the hydrino are each an inertial frame steadily approaching an equivalent acceleration [gravity] of C. The only need for spatial velocity to vary the hydrogen position between different geometries is supplied by gas law [itself ZPE in the form of HUP]. The gas law motion may initially take the path of least resistance but as pressure and temperature increase the fractional hydrogen becomes accelerated between different regions faster than it can react to changes in energy density such that it experiences equivalent alternating accelerations [gravitational jerk] instead of motion. We see the hydrogen getting smaller but if Naudts is correct about this being relativistic then the perspective from the hydrogen is that the distance between the plates increases.. I am suggesting that most active region for Casimir effect is thereby extended downwards into the pico region where the hydrino continues to still see itself at or near the optimum Casimir displacement in the nano range. It even opens the door for a true Doctor Who situation where a fractional hydrogen atom approaching h/127 could reside between material plates that in our inertial frame are spaced closer than then the atomic diameter of normal hydrogen. My point here is that these rapid changes in Casimir and sub Casimir geometry supply equivalent accelerations and slewing rates that might rival the SQUID in orphaning virtual particles from the perspective of the IRH [fractional hydrogen]. Fran
