Started on a new webpage last night on Reifenschweiler effect as Evidence for 
Relativistic interpretation of Casimir effect http://byzipp.com/animaProof.htm  
. I got knee deep into this before realizing this is in conflict with my 
working theory that Casimir effect accelerates time for "reactants" inside a 
Casimir field. I still believe the effect demonstrates a relativistic effect 
that reduces the Beta decay of tritium in titanium nano clusters of Casimir 
geometry but am putting it out here for the collective to make suggestions on 
how. The system is very similar to the Black Light Process of disassociating 
hydrogen in the skeletal catalyst of Rayney nickel but now we have an added 
"clocking" mechanism to evaluate results. The pores in Black Lights skeletal 
catalyst are on the same 10 nm scale as the titanium clusters, if 
Reifenschweiler had been looking for excess heat anomalies he might have beaten 
Mills by about 30 years. What he did observe was that the beta-decay of tritium 
half-life 12.5 years is delayed reversibly by about 25-30% when the isotope is 
absorbed in 15 nm titanium-clusters in a temperature window in between 160-275 
C. Remarkably at 360 C the original radioactivity reappears. The effect is 
absent in bulk metal.  This suggests the effect requires the Casimir geometry 
to occur and that the effect is relativistic because the Beta decay only 
remains changed while absorbed inside the clusters. The effect also  shuts off 
at 360 C which I believe is a clue that the effect can be maintained in lesser 
confinement via diatomic bonds. The shrunken gas atoms want to expand upon 
leaving the Casimir confinement but if they form a diatomic bond while shrunken 
find themselves trapped in their shrunken state by the diatomic bond between 
them. These "shrunken diatoms" accumulate in the gas population allowing the 
transient nature of the Casimir effect to accumulate into a significant portion 
of the population to the point where, IMHO, the Beta Decay of tritium measures 
25-30 % less (time dilates slower). This is of course in direct conflict with 
my previous suggestion that catalytic action might be related to Casimir effect 
and that reactants actually see every reaction as occurring at the normal rate 
from within the confinement of their cavities due to time dilation (time 
dilates faster). Any suggestions?

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