LENR: Axil sul ruolo del H metallico

Axil e' un commentatore informato di LENR. Volentieri si lancia in discorsi di filosofia naturale, sempre assai interessanti. Qui discute del ruolo dell'idrogeno metallico, una manifestazione della cosiddetta materia di Rydberg (consultare Wikipedia). Degno di nota l'accenno alla cosmologia.
Spero che sia chiaro come il fenomeno LENR debba venir investigato a tutto campo, in modo interdisciplinare . Gia' e' palese il contributo di chi studia la scienza dei materiali, di quelli che si occupano di nanoplasmonica, ora entra in ballo pure la fisica-chimica di punta.

NB: siccome questa faccenda della materia di Rydberg viene via dalla Russia, non sorprende che negli USA ne parlino poco.

--
Estratto da:
http://egooutpeters.blogspot.ch/2016/02/feb-3-2016-original-thinkers-andor.html

Axil - February 3, 2016

The distinction between the mild LENR reaction and the more powerful LENR+ reaction could well be centered on the production of metalized hydrogen as an amplification mechanism of EMF to concentrate and focus LENR activity in the LENR+ mode.

This may have something to do with the repeated linear strings of graphite like planes that form the backbone of this crystal structure.

The production of metalized hydrogen requires the application of great pressure but there are ways to reduce that pressure requirement using micro particle lattice based and other quantum mechanical amplification methods to reduce and mitigate pressure requirements to the point where Hydrogen Rydberg matter (HRM) can occur in the lab or inside a LENR reactor.

This handful of methods each increases the probability of HRM production. One or two of these methods working alone might not be enough to produce the level of LENR activity that makes the onset of LENR+ activity plainly apparent. But as the entire collection of methods cooperates to increase the pressure of HRM formation, HRM formation is almost a certainty.

There is a goodly number of prominent cold fusion folks including L. Holmlid, M. LeClair, and Ken Shoulders who understand hydrogen Rydberg matter (HRM) in detail that believe the HRM has cosmological significance. That cosmological impact involves HRM as dark matter and producing dark energy. HRM is virtually indestructible once HRM is formed and becomes self-reinforcing.

I first became aware of the great strength and durability of this HRM crystal structure when LeClair explained how the water Crystal could erode the strongest of substances. The pressure in the thin zone of erosion contact between the water crystal and the material exists in the range of a few hundred up to just over a thousand gigapascals depending on the strength of the material. The absolute limit of the pressure achievable at this collision interface has not yet been determined. There is no material that is impervious to erosion from cavitation not even diamond.

In one of LeClair’s experiments, a water crystal ate through 2 meters of copper. The water crystal and HRM have the same hexagonal linear string alignment of graphite like plains. There are many others as of yet undiscovered hexagonal crystal formations that have exhibited the same amazing properties as HRM since many fluids produce cavitation erosion at even greater intensity as water, mercury for example and liquid molten salts.

Cold fusion is just the tip of the HRM iceberg. The as of yet undiscovered science that forms the basis of LENR has huge cosmological ramifications. To introduce just a few, this special hexagonal crystal based material could be producing the nuclear energy that powers the sun. The cold fusion theorist should gain insight into the nature of HRM from its cosmological behavior.

To understand the true cosmological nature, significance, and structure of HRM, See

https://www.youtube.com/watch?v=9TOKo7Ik9f8

This article provides valuable insight as to how HRM works:

Liquid Metallic Hydrogen: A Building Block for the Liquid Sun

http://www.ptep-online.com/index_files/2011/PP-26-07.PDF

Finally, M. LeClair shows that transuranic element transmutation can be produced by this graphite like hydrogen crystal structure. The key to this strength is the maintenance of a monopole field that covers the HRM which is a superconductor at any temperature into the millions of degrees range.