>>>> Say... maybe I should rush this idea off to USPTO : Too late, you made this prior art by posting it on this public reflector.
On Fri, Jun 17, 2016 at 1:03 AM, Jones Beene <jone...@pacbell.net> wrote: > -----Original Message----- > From: mix...@bigpond.com > > > Could that happen? Hope not, since its more than all the nukes in > everyone's arsenal. Could a gram of anything spell the end of everything. > that is the big scare. > > >> Probably not, since, as you have previously pointed out, enriched Ni62 > is > available for purchase, and hence 13 Ni62 atoms have already been assembled > in billions of crystals, without dire consequence. > > Yes, Robin - but perhaps the normal use of the isotope as an accelerator > target is not sufficient to achieve a transition to the super-Higgs. As you > say, an anomaly would have been seen. Has anyone added cryogenics? > > It could require the condensate in order to make the transition, and not > just the BEC but also an source of very sharp implosion such as a chirped > laser pulse. Otherwise, someone would have noticed some anomaly with it > already, since the use of the isotope itself is fairly common in medicine. > > One suggestion to test the possibility would be fabrication of a laser > target composed only of the Ni-62 isotope, possibly plated into a hohlraum > - > which is brought to near absolute zero in temperature - and thus the nickel > is in the condensed state to begin with. Magnetization could help to > achieve > the BEC. > > Say... maybe I should rush this idea off to USPTO. > >
