on Thu, 21 Jan 2010 12:08:39 -0800 Jones Beene said [snip] More basic query: Is there a progression of this phenomenon (which can be mistaken for Millsean shrinkage) whereby compound "unnatural" molecules seem to "grow in mass and shrink in volume" when in confinement ? IOW as they grow in mass to 6,8, and 10 amu and beyond - at the same time the unit also shrinks in effective dimension due to this same modality above: which is that the average positive nuclear charge is being spread out over a greater core volume, thus attracting valence electrons at tighter average dimension? [end snip]
Yes but Big M not small m . The Naudts interpertation is a relativistic environment which includes Casimir cavities, defects in the lattice and even the interstitial spaces which act like tributaries. A via forms between small cavities and lattice nuclei forming Casimir geometry where the resistance "pressure" to moving virtual particles Puthoff atomic model) accumulates beyond the ability of the small cavity to exhaust. This creates a permanent venturi of virtual particles through the tributaries and out the cavities that is many time the "nominal" rate. I use the word rate cautiously since it may well be the "rate" at which virtual particles intersect with the spatial axis that defines our awareness of time. The point is the atom can remain stationary but experience equivalent motion as these VP permeate through it at an accelerated rate. Note this is different than the equivalent acceleration of a spaceship parked on a high G surface which we know slows time / rate of VP , I suggest that Catalytic action may represent the opposite case where the "rate" of VP permeating through the "Present" is increased. this makes us the "spacefaring twin" by comparison and we appear to slow down relative to an observer inside a catalyst. Fran
