----- Original Message ----- From: "Frederick Sparber" > At 1.0 ev (1.6e-19 joule) ZPE-Pumped increase (1.777e-36 Kg) a kilogram of water could store 5.35 Megajoule. or 2,300 BTU/lb.
I would suspect that the "pumped mass increase," as you are calling it, due to cryogenic "tempering" would be more than 1 eV, Fred.... although that is very significant in itself. There are new papers on the web which add some support to my contention, posted last year, that the 1420 Mhz (21 cm) line- the so-called CMB (cosmic microwave background) is indeed a relic of ZPE more so than being only a "hydrogen line". The past confusion and common mis-interpretation of this spectrum relating only to hydrogen derives from (mis)assigning cause/effect to the past observations. "The Redshift and Zero Point energy" Barry Setterfield is one of these papers, which again, I am putting a further "spin" on, which some readers will deem to be unwarranted, as it goes beyond accepted physics. http://www.journaloftheoretics.com/Links/Papers/Setter.pdf If there is a source of ZPE (very specific and easily attainable wavelength) at 21 cm, which is only a few degrees above absolute zero, in effective temperature, then any cryo-liquid which is held for extended periods near to this range, even cryo-air, can experience not only mass increase but perhaps the same kind of internal coherency changes which are seen in superconductivity, due to the reverse Maxwellian distribution of the "coldness" which will effect all the molecules in the liquid given enough time. This is one reason, IMHO why you can see explosive failure mechanisms when certain common materials which have known density (phase) changes, are raised suddenly in temperature above any phase. The excess mass energy (probably 3.4 eV) must be suddenly dumped through photon emission, when this happens quickly. This coincides nicely with the implications of Frank Grimer's power law findings wrt beta-aether: http://www.lsbu.ac.uk/water/strange.html Most ZPE is, of course, at much higher effective frequency and very incoherent. But this spectrum, although it is much weaker, can perhaps be accumulative over time, with no outside input, especially when materials which experience numerous phase changes, like water-ice, are held at low temperature for extended periods. It probably also helps to hold the target material in a container which is a cavity resonator for 21 cm. I wish I had appreciated this a few years ago. In effect, what this technique does is "capture time." By that it is meant that it converts a weak energy content (time delineated) into a substantial energy content (time delineated). The beneficiary of this need do nothing but "wait." It just so happens that the thermos jug which I had been using to pick up LN at the local welding shop had an interior dimension of about 3x8 inches. Had it been closer to 2x8, and had I realized that one needs to leave the LN in there as long as possible, I probably would have gotten more repeatable results, which were admittedly inconclusive. Jones "Time" is what you make of it.... Harry Tuttle, ductwork engineer - lost in time
