22nd Russian Conference on Cold Nuclear Transmutation of Chemical Elements and Ball Lighting
Chairman of the RCCNT&BL-22 Organizing Committee Yury Bazhutov
Vice-Chairmen Vladimir Bychkov, Nikolai Samsonenko
Sept 27-October 4, 2015
Dagomys, Sochi, Krasnodar region, Russia
The anomalous heat effect on D/H loaded Palladium: Exploration at an atomic level, preliminary perturbed angular correlations studies
by Juliana Schell, Vittorio Violante, Graham K. Hubler
and Collaborators: Moustapha Thioye, Jinghao He, João G. M. Correia, Iberê R. S. Junior, Izabela T. Matos, Michel Zoghby
Wednesday, 14 October 2015 from 14:30 to 15:30 (Europe/Zurich)
The last day of the 19th International Conference on Condensed Matter Nuclear Science officially closed today with Martin Fleischmann Memorial Project’s Open Live Science test of Alexander Parkhomov‘s fuel.
The Martin Fleischmann Memorial Project streamed live on location in Padua – *GlowStick* – Parkhomov Fuel on Apr 17, 2015.
The MFMP has been offered something no one knew existed, something priceless and which could reveal critical secrets many in the LENR field have been seeking for over a quarter century.
Before Martin Fleischmann left the US, he personally gave a trusted friend an original pre-1989 Johnson Matthey palladium wire – the very same as used in experiments that led to that fateful announcement of a new primary energy source that came to be known as cold fusion.
He has held this secret all these years until now. We checked today with Mike McKubre, Vitorio Violante and Melvin Miles if there was any known public metallurgical and elemental / isotopic characterisation of this material, the answer was a resounding no.
It is known that the early attempts to replicate the Pons and Fleischmann effect mostly failed due to the purity and processing of ‘palladium’ used. In fact ENEA has been trying to establish what additives and structures are critical to creating the effect for more than 2 decades. Many of the principal research labs working in the field are trying to establish the correct crystal shapes, sizes, orientation etc. and chemistry.
In our own nickel powder / hydrogen research, we have tried to get the purest nickel possible – but have failed to see any excess heat. Now we know from our recent isotopic analysis of Dr. Parkhomov’s Nickel, that there is high concentrations of Carbon and Oxygen on the surface, elements also found in Rossi’s fuels.
The unique opportunity we have been honoured with is profoundly important, and there is not a person we asked at the conference that were not falling over themselves to help in what ever way they could. Ultimately it is down to the current owner to decide exactly what happens but from the available piece, which is about the thickness of a toothpick and between 7 and 8 cm long, the current plan is to
1. Use 3 X 2mm samples to characterise structure, isotopic constitution etc.
2. Run at least two 2cm segments in Pons and Fleischmann cells, copied from the original and/or use the original cell.
3. Reserve remainder
We will auction the ownership rights of the post run, post analysis 2cm segments in a one of a kind, never to be repeated auction. This is an unrepeatable opportunity to own the only known samples of this historic precious metal.
This auction, along with the auction of the donated 1 ounce Pd 1989 “Cold Fusion” coins is design to raise enough money the help ensure a fully faithful replication that will be conducted by someone who is not currently a member of the MFMP and who is a very experienced experimentalist. The work will be conducted in France with the help of Jean-Paul Biberian and all data will public.
We must work with the best resources on the planet to ensure that this materials secrets are revealed for all. It is wonderful to be a part of something that will yield critical data for advancement of the field.
More information to be published about the Vindication program.
The name of the current owner and how he came to be entrusted with the electrode will be revealed in time, right now, given the incredible importance to maintain security, we have been asked to hold off on publishing that information.
We want to take this opportunity however, to publicly thank the donor and curator of this material for coming forward.
ICCF-19 Program for Tuesday
Also from the MFMP Facebook page, that “Carl Page is in Padua, as is Bill Gates – apparently…”
David Nygren obtained a photo earlier in the day from Robert Godes, who was presenting at poster session. Godes described the photo, “That is a 3rd generation Brillouin Energy HHT reactor system…. we are now on gen 4. The Nickel rod fits inside the tube that goes all the way through the vessel with the bolted ring. We flow inert gas through the largest tube with the bolted ring and fill the second tube with H2 gas. We then pass high current pulses through the Ni rod. This system has produced 4X more thermal energy out than Q -pulse energy deposited in the core. We have performed this with the same core in both our lab in Berkeley, CA and at SRI.”
Dr. Stanislaw Szpak and Dr. Pamela Mosier-Boss are electrochemists who in 1989 worked on developing energy-dense batteries at the Navy’s SPAWAR Systems Center in San Diego, California.
After the announcement by Martin Fleischmann and Stanley Pons, Szpak thought to try to initiate the reaction using a technique called co-deposition, and with great success. Co-deposition became the basis for Navy SPAWAR LENR research spanning over two-decades, resulting in the detection of excess heat, nuclear products, transmutations and multiple thermal runaways.
Following Nature’s Documents Stan Szpak LENR Co-deposition looks at what this method entailed, and how it became a reproducible experiment, for some, and what difficulties were faced by others.
Video is taken from interviews conducted in January 2015 with Dr. Stanislaw Szpak, Dr. Frank Gordon, and Dr. Melvin Miles.
The former-Navy scientists and engineers discuss their experience with cold fusion through co-deposition. Descriptions of how it works include an astounding chronicle of multiple thermal runaways using palladium metal and regular light-water. Thermal runaways can occur as a cell generates too much heat uncontrollably, melting the metal or sometimes exploding.
Co-deposition allowed unusual cathode geometries. Together with an infrared camera, Drs. Szpak and Mosier-Boss produced thermal imaging of “hot spots” which sparkle on and off as reactions occur, showing short-lived reactions in specific locations of the metallic surface. Infrared hot spot video is courtesy LENR-CANR Library.