Refer to my another post as below.
Theory of Cold Fusion with D2 vibration in surface T site and with DEO shilding
I would like to share my cold fusion theory and patent, and I am looking for the venture company of cold fusion to verify the theory and the patent.
I am the person do not belong to the company and I applied for the patent in Japan.
I will share the patent with the venture company if they did experiment on the patents.
•Cold fusion is the surface of metal reaction
•Hydrogenated Metal surface has the Expanded T site with D-
•Hydrogen has the duality in the Hydrogenated Metal so D+ and D- coexist.
•D- is in the surface T site which expand due to the larger size of D-.
•D+ is adjacent to the T site with D-.
•D+ hops to T site with D- and they turn into D2 gas.
•T site with D2 shrink a bit, so d-d distance is narrower.
•D2 vibrate in the cavity, which is a bit expanded T site.
•Due to the stronger d-d repulsive force, so the d-d coulomb repulsive force shielding still is needed.
•In case that the energy of the D-D stretching vibration is so high that d-d distance is shorter than ~10fm, fusion is possible.
•Experiment of cold fusion need the higher temperature to trigger or laser assisted trigger which are consistent with the necessity of the trigger.
•Electron hinders the hopping due to the coulomb attractive force shielding
•Electron slow down the D-D stretching vibration.
•Thus surface electron must be depleted on the surface-near region of the cold fusion.
•So the surface potential control of the cold fusion tools is required.
•Estimation of the necessary force from Pd atom is 1x10-6N, but the force estimated by Pd elastic constant is 2 order of magnitude smaller so no force in metal to cause cold fusion from the paper of “Recent ColdFusion” , so we need to think about the D2 coulomb repulsive force shielding or accuracy of the coulomb force at the fm range
•I think that the coulomb force or shielding of d-d coulomb repulsive force need to be re-considered and modified due to the very close location on the order of fm.
•From the proposed theory related with this, Electron Deep Orbits of the Hydrogen Atom is reasonable for me.
•The possibility of fusion can be higher due to the very long duration of D2 vibration.
Here is my cold fusion theory(Confined D2 gas in the T site of the metal).
This is the original theory of cold fusion but lately few researcher has focus on this.
The Cold fusion can be done with the D cluster in metal, and I specify them.
D cluster is D2 gass and location is the surface T site.
The T site with D- is expanded and the adjacent site can be smaller with D+,
Note that the surface T site can be expanded easily.
so D+ hopps to T site with D- and they turned into D2 cluster.
So the original T site W/O D is smaller and the Pd atoms push the D2 gas(2.74A) to confine the very narrow space(~1A).
So the we need the simulation to know the min d-d distance.
From the paper of "Recent Cold Fusion),
And under this theory the control of the surface potential of the metal is important(this is my patent).
So if we do theexperiment of the surface potential and cold fusion performance I can verify my theory and verify the petent.
If you are venture company or the researcher and will work on them to verify the patents and theory,
I will share the patent with you.please contact with me if you will work on this
I red the article of
New vision about a controllable fusion reaction
D+D->He with efficient energy yield
by S. Sarg, and this shows that
a) The counter propagated deuterons are axially aligned
and posses opposite linear momentums
(b) The difference between the spin angular frequency of
the counter propagated deuterons immediately before the fusion
is close to zero:
The condition (1) could be achieved by my theory of vibrating D-D.
Laser Stimulation Of Deuterated Palladium: Past And Present
Physical Model for Lattice Assisted Nuclear Reactions
told that D2 in metal is needed to have the fusion, and in the cavity D2-Vibration is confined in the cavity,
and the min distance between d-d is narrower in case that the cavity is small, so in my theory
T site is so small that d-d distance can be shorter than the distance of fusion(10fm?).
So a reseacher told me that the trigger is important, and generally speaking trigger is the higher temperature of the metal,
to increase the energy of D2 vibration shown in the below schematics in the paper, and I am thinking the different way to be applied in the patent soon.
For the D2 Vibration it is necessary to deplete the electron on the surface-near region
because the electron slow down the vibration speed.So the control of the surface potential is important,
as is shown in the below schematic.