Clustered LENR reaction require that LENR be a catalytic reaction both in the cause of the reaction and the effects of the reaction.
Bose condensation in LENR requires that LENR must be a catalytic effect. Only a catalytic based reaction can support Bose condensation. A catalytic object is the same before and after the reaction...it does not change. The LENR reaction cannot continue as a Bose condensate unless the Exotic Neutral Particle(ENP) is unchanged by the LENR reaction. This implies that any change such as energy gain that LENR produces must be shared equally by all the members of the Bose condensate. This clustered reaction effect in a Bose condensate is called super-absorption. But in the experiments of J.C. Fisher, he shows that tens of thousands of LENR reactions are caused by a single catalytic exotic neutral particle (ENP). It is possible that this free moving particle is entangled with others of it kind in a bose condensate which will share equally in the energy produced in the clustered reaction. For example in a extreme case, it looks like the 100 micron nickel Lugano ash particle #1 was converted to Ni62 in one clustered LENR reaction involving many billions of nickel and lithium atoms. The energy produced by this huge clustered reaction could have been buffered by a Bose condensate of ENPs. On Mon, Nov 30, 2015 at 12:20 PM, Peter Gluck <[email protected]> wrote: > > http://egooutpeters.blogspot.ro/2015/11/nov-30-2015-great-day-for-lenr-because.html > > a much expected surprise, oxymoronically speaking > Who knows what will happen (if?) > > but there is some current LENR info too! > > peter > > -- > Dr. Peter Gluck > Cluj, Romania > http://egooutpeters.blogspot.com >
