The Exotic Vacuum Object (EVO) as the cause of the vacuum reaction.

For the record and for your convenience, I now include the final research paper from DGE to this thread.

Here Dr Kim uses for the first time Bosenova in association with the explosions of magnetic particles that I beleive are EVOs.

Quote

This phenomenon/mechanism of nano-explosions of BCS (boson cluster state)was proposed in 2009 [17]. It is related to a BEC explosion phenomenon occurring with the atomic BEC now known as “Bosenova” [29-31].

For a micro/nano-scale trap of 10 nm diameter containing ~ 3.6 x 10^4 deuterons, each deuteron or 4He will gain only~ 0.7 keV kinetic energy, if the excess kinetic energy of 23.84 MeV is shared equally. This mechanism of “Bosenova”can provide an explanation for constraints imposed on the secondary reactions by energetic 4He, as described byHagelstein [32].

Theoretical analysis and mechanisms of reaction for experimental results of hydrogen-nickel systems

https://www.lenr-forum.com/attachment/391-iccf-18-jcmns-kh-pre-1-pdf/

For the record and for your convenience and study, I now include the theory paper on Bose Einstein condensation in LENR from DGE to this thread.

Bose-Einstein Condensation Nuclear Fusion:

Theoretical Predictions and Experimental Tests

Yeong E. Kim

https://www.lenr-canr.org/acrobat/KimYEboseeinste.pdf

Quote from RobertBryant

Kim. "at 300ºK with Ec= 0.00655 eV corresponding to

F (Ec) = ~0.084 (8.4% !), ( ~10% for the atomic BEC case)

Since mobile deuterons in metal are localized within several metal

lattice sites,"

1.Specificity to certain metals?

No modelling for the. D(m) localisation. where m=Pd

why does Pd work and. not others..

2. Temperature...300K.... why are current LENR. exits. trending to 600-700Kand over?

there is even less BEC formation at these high T's

3. Pressure ? why is current LENR work trending to vacuum pressures rather than 1 bar or so pressure for Deflakion reactor

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Holmlid used Shell 105 catalyst (Fe2O3-K based with >8% K content) to produce superconducting hydrogen (UDH). Ólafsson has found and now knows that laser stimulation of ultra dense hydrogen, a superconductor will produce stange radiation which is caused by EVOs.

Defkalion used a potassium based carbon compound as critical to produce their reaction. This is similar to the Shell 105 catalyst. So the Defkalion reaction was most likely based on superconductive UDH aided spark based production of EVOs.

How the Shell 105 catalyst works to create cluster based ultra dense hydrogen.

The Shell catalyst produces potassium based rydberg cluster formation. This formation will produce rydberg cluster formation in hydrogen through rydberg blockade.

The Rydberg blockade mechanism is a quantum phenomenon that occurs when atoms are excited to high-energy Rydberg states. In this state, atoms exhibit strong long-range interactions, leading to a blockade effect.

The Rydberg blockade mechanism is a key phenomenon in neutral atom quantum computing. It's based on Rydberg interactions, which are van der Waals interactions. In these interactions, there's an energy shift if two adjacent atoms are both in the Rydberg state.

The Rydberg blockade mechanism includes a term in the effective Hamiltonian that adds an interaction between adjacent atoms in the Rydberg states. In quantum computing, this allows for the construction of gates and nontrivial dynamics that create entanglement and correlation across the system.

The Rydberg blockade mechanism is the key behind entanglement generation between atoms.

The volume called the blockade sphere with blockade radius (BR), denoted by Rb, is defined as the region where only a single atom can be excited to a Rydberg state.

Rydberg Atoms/Rydberg blockade - Wikiversity

Back in the olden days of LENR research, there was a type of research effort that dominated: the question was what is the Secret Sauce. LENR experimentalists looked for the right pressure, or temperature, or RF frequency, or chemical combination, or magnetic field, or lattice configuration ... there was a belief that some combination of factors that would unlock the secrets of the LENR reaction.

It is now apparent that this search for the Secret Sauce was the hunt for the proper combination of physical and environmental factors that would produce the right situation for the production of the LENR family of the necessary quasiparticles that would produce the LENR reaction.

To this day not knowing what theory that they are working with, both NASA and SAFIRE project research effort is adjusting the various properties that they control to optimize their LENR reaction. They call this stumbling in the dark process the theory of experimentation. What they are actually doing is searching for the proper conditions that will create the LENR active quasiparticles that will unlock the reaction.

For example, in Rossi's theory paper, he invents a method whereby a collection of electrons can come together to form a cluster. This method is antiquated and is in my opinion a fantasy. The proper method that enables a collection of electrons to cluster together is based on quasiparticle theory. Solid state and condensed matter physic revolve around quasiparticle theory. This theory evolved mostly in the second half of the last century. If you want to understand the LENR reaction, you should become acquainted with how quasiparticles work or at least understand why they exist. There are any number of quasiparticles related to the electron. It is these type of quasiparticles that make the LENR reaction real.

In the context of this video, it is now my opinion that the field of LENR should be centered on the condensed matter principal of the quasiparticle. The referenced video explains what the quasiparticle is, its history, as well as the associated properties that emerge from them that include the quasi-world, the property of quasi-reproduction and the quasi-universe.

Through Condensed matter science, any number of quasiparticles can be engineered to meet the needs of a given technology. In particular for the LENR reaction, a quasiparticle that has small or no charge and negative mass can produce the required quasiworld in which the LENR reaction can exist. This quasiparticle lives in a quasi-world that is protected from environmental interference such as temperature and pressure and in which the quasiparticle can self replicate. Inside the EVO, the spins of the coherent quasiparticle can accumulate to strengths that are sufficient to form a Grand unified fields level. The quasi-world also modifies other existing particles like the photon to form new quasiparticles which projects an electroweak based magnetic field so that this quasi-photon carries the nature of the unified electroweak quasi-world with it when it interact with matter that exists exterior of the EVO.

The quasi-world that supports the LENR reaction is the EVO. In the EVO, the LENR active quasiparticle can reproduce itself so that the EVO can grow over time as it absorbs matter and energy. The quasi-photon carries a modified type of magnetism that acts under the rules of the grand unified field (GUT) that exist inside the EVO to modify matter in the same way that matter would be modified inside the EVO by the LENR quasiparticle.