https://www.iccf21.com/registration
The 21st INTERNATIONAL CONFERENCE FOR CONDENSED MATTER NUCLEAR SCIENCE - ICCF-21 registration is open
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The time for acceptance notification of papers for the ICCF 21 was to be April 16, it has been delayed till April 22 since they had so many submissions......
Sounds like the field is not as dead as some think.
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The time for acceptance notification of papers for the ICCF 21 was to be April 16, it has been delayed till April 22 since they had so many submissions......
Sounds like the field is not as dead as some think.I think they delayed because they did not have enough submissions, not because they had many. It takes no time to accept a submission. There should be no delay.
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You may want to talk to David about that. The acceptances have to go through some scientific committee.
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You may want to talk to David about that. The acceptances have to go through some scientific committee.
I know. The only decision is whether to give the author time to speak, or relegate him/her to a poster session. No one is turned down. No one has ever been turned down in the history of the ICCF conferences as far as I know, and I used to handle submissions.
It takes no time to send out acceptance notices. The hard part is scheduling the lectures. If they extended the deadline, that is because they do not have enough applications.
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Dear Colleagues,
about ICCF21 I just uploaded our Abstract (to be presented in the plenary oral session) at ResearchGate. The number of DOI is: 10.13140/RG.2.2.16425.29287.
For Your convenience I upload the document also in attachment.
I hope it can be useful for a scientific discussion.
* BTW, for what I know, the number of abstracts arrived was 103.
My best
Francesco CELANI
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These are my theses, we already discussed them in my subject.
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David - thanks
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Thx David. Some interesting stuff in those abstracts. Just from the few I have looked at so far:
Ed Betiing of "The Aerospace Corp" has reproduced the Japanese and a "solitary US investigator" with 7.5% over input. He rules out chemical.
Paul Anderson of the Safire Group, who did the SEMs analysis, and put in a plug for LENR transmutations at that glitzy conference... LENR is occurring in SAFIRE is presenting.
Dmitre Alexandrov of Lakehead University, has correlated excess heat to He. Attributes the "no radiation" to low amount of gases used in the experiment, and low kinetic energies of the interacting D and H nucleus.
Biberian recently ran some Pd that Pons gave him in 2001, that was particularly good at producing AHE. It had Silver in only the top 1 micron layer, which he attributes to Pd > Silver transmutations. I could not help but think that Pd Pons gave him, came from the "Johnson Matthey" Type A batch that Fleishmann talked so much of in his Letters to Miles Uploaded Letters from Martin Fleischmann to Melvin Miles
Still more reading to go.
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Biberian recently ran some Pd that Pons gave him in 2001, that was particularly good at producing AHE. It had Silver in only the top 1 micron layer, which he attributes to Pd > Silver transmutations. I could not help but think that Pd Pons gave him, came from the "Johnson Matthey" Type A batch that Fleishmann talked so much of in his Letters to Miles Uploaded Letters from Martin Fleischmann to Melvin Miles
Yup. That's where it came from.
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Wonder if there is a connection...
Biberian read the Fleischman/Miles letters. It reminded him of the JM Type A Pd. Remembered that sample in his drawer Pons gave him years ago. Then decided to have it analyzed?
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My theses on ICCF 21 accepted but as to this America to reach to communicate to the people, to look at America, to create new energy together, to rescue the planet, etc. Can naskrepst on the one way ticket.. https://www.dropbox.com/sh/sp7…Tarassenko-Gennadiy-1.pdf
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https://www.dropbox.com/sh/sp7…r-Distance+dependency.pdf
Zeiner-Gundersen and Olafsson are measuring a decay signal several meters away from the source which reportedly produces ultra-dense hydrogen.
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https://www.dropbox.com/sh/sp7…r-Distance+dependency.pdf
Zeiner-Gundersen and Olafsson are measuring a decay signal several meters away from the source which reportedly produces ultra-dense hydrogen.
Some valuable info here in one of the references. To view. copy and paste the link into the address line.
QuoteDisplay MoreAbstract
Positive and negative muons have different lifetimes in matter. This is due to the
formation of muonic atoms in matter and subsequent nuclear capture in the case of
negative muons. Positive muons decay into a positron, an electric neutrino, and an
anti-mu-neutrino. Its lifetime is always 2.2 μs. Negative muons in muonic atoms either
decay or are captured by nuclei. When it decays, it decays into an electron, anti-electricneutrino
and a mu-neutrino. When it is captured by the nuclei, either a neutron is
emitted or the nucleus is excited, in addition to an anti-neutrino emission. The excited
nucleus then emits protons, neutrons, or other particles. The lifetime of negative muons
in matter depends on the atomic number Z of the material and it is shorter than the
lifetime of positive muons.
In the present research, I tested whether the decays of both positive and negative
muons can be observed using cosmic ray muons. I measured the lifetime of cosmic ray
muons stopped in aluminum and iron. I measured the time spectra by recording the time
difference between the incoming muon and the outgoing decay electron or positron with
plastic scintillators. With my setup, I was able to substantially reduce the number of
background events compared to earlier setups as I used coincidence both for the start
and stop signals of the time spectra.
Hints for a shorter negative muon lifetime were observed by these measurements.
The negative muon lifetime measured in the present experiment is in agreement with the
expected value in aluminum.
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Reading on, this abstract from Edmund Storms:
https://www.dropbox.com/sh/sp7…eview=Storms-Edmund-3.pdf
QuoteStudies of LENR using electrolysis frequently employ a catalyst in the cell in order to turn excess D2 and O2 gases back to D2O liquid. Accurate measurement of power require the efficiency of the catalyst to be high and very reliable. The commercial catalysts based on Pd+Al2O3 and Pt+Al2O3 frequently used for this purpose have been found to exhibit poor reliability and novel behavior.
QuoteIn particular, the catalyst has been observed to show a regular periodic turning on and off that occurs for significant duration at unexpected times. This behavior can give false information about excess energy production by the PdD sample. The behavior allowed an unexpected feature of the recombination process to be revealed.
QuoteThe recombination reaction was found, on occasion, to produce apparent radiation, which produced heat energy at the surrounding thermoelectric convertors after passing through 3 mm of Pyrex and increased the chemical activity of D in the surface of the cathode after passing through the electrolyte. Use of either normal hydrogen or deuterium in the electrolyte produced the same effect.
Sounds in part similar to what was reported in this paper by Lalik et al in 2015, who linked the anomalous effect to possibly LENR, although the paper itself wasn't LENR-related:
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Notice that Letts and Cravens list IH as their affiliation on the abstract.
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I found McKubre's retrospective somewhat sad :
https://www.dropbox.com/sh/sp7…cKubre-Michael-1.pdf?dl=0
Nearly 30 year old anomalies should have grown to adult maturity and self-sustainability [pun!?] or been buried and forgotten.
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Again on Storms from the previous excerpt from one of the ICCF21 abstracts:
Quote[...] The recombination reaction was found, on occasion, to produce apparent radiation, which produced heat energy at the surrounding thermoelectric convertors after passing through 3 mm of Pyrex and increased the chemical activity of D in the surface of the cathode after passing through the electrolyte. Use of either normal hydrogen or deuterium in the electrolyte produced the same effect.
The thermoelectric effect is usually used to generate electricity from heat, but the opposite can also happen (heat from electricity).Probably I'm reading too much into this, but I wonder if that's what is being suggested above, and therefore if the abstract is hinting that the reaction at the Pd/Pt-Al2O3 recombination catalyst sometimes shows anomalous charged particle emission. In that case, it could be due to electrons, high energy protons/deuterons, or something else.
