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“much more in depth”

But here’s what I need.

First we had the pre-relativistic view of things and it is intuitive.

Then a new model of motion, etc., was produced. What was the motivation for that new model. In other words, what was the problem with the pre-relativistic model.

I know the answer to that but a progression of models has occurred since then. I’d like to know, model by model, what was the problem with the previous model that led to the next mode.

The “Liner Bose-Einstein ... for LENR” model is not comprehensible to me because I don’t know what led up to it.

In the General/Chat forum, on a thread titled Enhancement of Excess Thermal Power in Interaction of Nano-Metal and H(D)-Gas, Kevmo wrote:
My theory is that it is a linear lattice effect.

On the skin of materials ,the very top nano layer of atoms are a jumbled mess, like an orchard hit by a tsunami. Once you get past those destroyed trees, you see the symmetry and crystalline structure of the orchard. Even a blind man could walk in the same direction for a mile.

Once the hydrogen or deuterium gets absorbed into the linear crystalline structure of the bulk lattice host metal just a few atoms beneath the surface, it starts dancing back & forth in a line inside its linear crystalline cage. Then it gets joined by another H or D atom doing the same linear dance. Then another and another until there’s maybe a hundred or a thousand linear dancing hydrogen/deuterium atoms bouncing into each other,

Eventually these back&forth dancing atoms start to move in sync with each other, forming a linear Bose-Einstein Condensate [BEC]. Inside a BEC, the Coulomb Barrier almost drops completely, making fusion events much much more likely.

Significantly, some of rhe highest COPs are seen when the Lattice is COOLED before the reaction. BECS are formed at low temperatures.

When researchers use H1 gas instead of H2 gas, they are inducing a chemical change that Hydrogen wants to do before anything else, it wants to meet up with a nearby H1 atom to form H2 gas in an ENDOthermic reaction, cooling the surrounding lattice. Another example is what K P Sinha & Meulenberg did, they laser-COOLED a lattice to begin the reactions. President Clinton’s science advisor Steven Chu got a Nobel Prize for using lasers to cool atoms to form BECs.

That’s the gist of my V1DDLLBEC theory — Vibrating 1 Dimensional Luttinger Liquid Bose Einstein Condensate