AlainCo Tech-watcher, admin
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  • Member since Feb 9th 2014

Posts by AlainCo

    CleanHME organizes an open-talk toward high school students in a local Science Festival.


    Open talk about the CleanHME project for high-school students! – CleanHME



    On Friday, 19 April 2024, dr Natalia Targosz-Sleczka will present the CleanHME project to the high-school students during the “Science Festival” event in Stargard, Poland. The title of her open talk is „Clean Energy for the Future – CleanHME”. During this talk the students will learn how fusion-based processes can be used to generate energy.

    open-talk.png

    Greg Gobble
    Transmitted me those meeting data on linkedIn:


    An undersgraduate student of NYU, presented a paper on LENR at IEEE Big Data conference, with Dave Nagel among co authors

    https://cs.nyu.edu/home/undergrad/spotlight.html



    Her profile and the described project is interesting.
    It seems a beginning of data preparation for AI analysis of LENR papers.


    Greg Goble
    Transmitted me those meeting data on linkedIn:


    An undersgraduate student of NYU, presented a paper on LENR at IEEE Big Data conference, with Dave Nagel among co authors

    https://cs.nyu.edu/home/undergrad/spotlight.html



    Her profile and the described project is interesting.
    It seems a beginning of data preparation for AI analysis of LENR papers.


    Latest theory paper by Edmund Storms on his Site:

    A New Understanding of Cold Fusion

    A New Understanding of Cold Fusion – The Explanation of Low Energy Nuclear Reaction

    A decades-long study into the mechanisms of cold fusion incorporating experimental work and the latest theoretical models, A New Understanding of Cold Fusion has formed.

    From the paper:

    This paper attempts to answer three questions. First, is cold fusion real? Second, what do the behaviors imply about the reaction process? And third, can a logically consistent mechanism be found to explain the observed behavior without violating the Laws of Science? The answers suggest a new kind of electron interaction is possible. From A New Understanding of Cold Fusion [.pdf] by Edmund Storms


    (I did not see it here yet, tell me if it's duplicate)

    Latest theory paper by Edmund Storms on his Site:

    A New Understanding of Cold Fusion

    A New Understanding of Cold Fusion – The Explanation of Low Energy Nuclear Reaction

    A decades-long study into the mechanisms of cold fusion incorporating experimental work and the latest theoretical models, A New Understanding of Cold Fusion has formed.

    From the paper:

    This paper attempts to answer three questions. First, is cold fusion real? Second, what do the behaviors imply about the reaction process? And third, can a logically consistent mechanism be found to explain the observed behavior without violating the Laws of Science? The answers suggest a new kind of electron interaction is possible. From A New Understanding of Cold Fusion [.pdf] by Edmund Storms


    (I did not see it here yet, tell me if it's duplicate)

    A video by CleanHME presenting their research

    External Content www.youtube.com
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    A written Question to EU Comission.
    It seems positive, but I'm not sure.



    I've seen this company announce

    HB11 Energy | new Laser Hydrogen-Boron fusion energy | Australia
    HB11 Energy develops Laser Hydrogen Boron-11 fusion to provide a new source of unlimited, clean, safe and reliable energy. Our mission is to generate…
    hb11.energy

    It features Professor Heinrich Hora among many.

    Research Team
    The HB11 Energy Research Team is joined by collaborators from Australia, USA, Europe and Asia. EXECUTIVE SCIENCE TEAM AND SCIENTIFIC ADVISORY BOARD PROF.…
    hb11.energy

    I know him for the Hora-Miley theory,
    https://newenergytimes.com/v2/…ies/HoraMileyTheory.shtml
    and he seems to be among the first to have worked on LENR.
    Edward-Teller-Medal-winners-with-Hora_Rounded_Caption.png?resize=960%2C617&ssl=1

    It seems to be Laser induces 11-Boron/1-H LENR.
    HB11-01-FusionReaction-Transparent.png?resize=960%2C913&ssl=1

    Maybe a thread could be created to exchange about this company.

    Something maybe of interest by French CEA


    HANETEC | nanotechnology
    HANETEC : the power to freeze lightnings to create new nanomaterials. A revolutionary nanotechnology.
    www.hanetecprocess.com


    Nos matériaux ! | Hanetec


    It is a nanostructrure produced by plasma liquid interaction, with a huge surface to mass ratio...
    Many transitions metal are usable, like platinum, palladium, and alloys too.


    Experts will understand better than me.
    Maybe it can be tested, but I suspect that some parameters may have to be changed, because it seems too much reactive for LENR...

    Johan Messinger interviewed on The Rational View podcast with Dr. Al Scott


    ‎The Rational View podcast with Dr. Al Scott: Jonah Messinger and Helium 4 are excited by Cold Fusion on Apple Podcasts
    ‎Show The Rational View podcast with Dr. Al Scott, Ep Jonah Messinger and Helium 4 are excited by Cold Fusion - Oct 7, 2023
    podcasts.apple.com


    Jonah Messinger and Helium 4 are excited by Cold Fusion
    In this episode I’m revisiting the topic of cold fusion with an MIT-affiliated researcher who is looking into the case for cold fusion. As you may recall, my…
    www.podbean.com


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    I don't think it was relayed here

    Charged particle spectra of palladium thin films during low energy deuterium ion implantation - Journal of Fusion Energy
    An effort was made to create cold fusion in thin films of palladium under low energy bombardment with high currents of deuterium ions in a vacuum chamber.…
    link.springer.com

    From SolidStateDiscovery website (RSS).


    About my structured feeling about trends and challenges after ICCF25


    1- screening, beam,

    Part of the presentations were about beam experiments of various kind, mostly and related theory to study screening and resonance.

    I've heard of some experment where the effect of target lattice was changing the DD branching ratio, not like cold LENR to He4, but to protons+T (or neutrons+He3, I forgot).
    This approache, in continuity with particle physics may bridge the gao between mainstream physics and LENR, by

    - proving lattice really change nuclear interaction, yet without a full LENr theory

    - maybe pushing a real LENR theory at low energy (CleanHME work on it, with method).


    Some experiments analyse the energetic outcomes of mild energy experiments...

    Some even use particle physics instruments (detectors...) with cold LENR (gas loading, electrolysis).



    2- replication, method, and breaking the stigma

    There are works to exit from the mainstream stigma by a recognized replicated experiment.

    Arpa-E, MIT, Anthroposcene Institute, a researsher from US Army, modetly work on that, and the experiment they promotes is : low energy laser excitation of a gas loaded Pd+D, with good instrumentations, particles, transmutations and maybe calorimetry...

    There have been some presentations about this strategy, and globally breaking the curse.


    3- no theoretical breakthrough, but...

    I've not been convinced by theoretical presentation (thanks my incompetence), but I've seen some hope from two, and I miss some theories...

    The most interesting direction for me is by Peter Hagelstein, who propose a concept of "nuclear molecule", where nucleus have energy state like the atoms in a molecule, and may transition from various stales, like He4 to D+D, or from various excitation level of Pd...

    It makes me connect it to the missing part in Edmund Storms theory proposal, when the NAS (nuclear active structure created in the NAE, nuclear active environment), emits small quanta more like a radioactive nucleus or an excited atom, decays... It may also connect with Pr takahashi TSC or M Staker SAV... I see hope for collaborations, and fruitful disagreement.

    Beside that I see from the particle physics way of mind, meeting the material science people, in beam experiments, a great hope to feed theories like nuclear molecule, hydroton, SAV, THC, with data, with refitation, with new directions, with confirmation...


    4- Japan and nanopowder, thinfilm

    There have been great work around the nanomaterial developed in japan. Various team, work on various points, to add instruments, detect particles...


    5- working with shoestrings and scientific method

    Beside usual institutional and industrial teams, there are honest research done by underfunded teams, replacing modern instruments with ingenuity.

    What frighten me is that good results may not convince mainstream people.

    Maybe collaborations, and some funding, can help.


    6- need to societal, social, intervention.

    many private exchange and presentation expressed the urgent need in LENR and in humanity, to act on the human factor around LENR.

    Knowledge, knowhow, have to be urgently transmitted. Young researsher should join the domain, and take the relay stick from the previous generations.

    There is also need to break the curse in mainstream science that imposed a terrible stigma on cold fusion.

    We need to do something to get support from the society, from the scientific community, and it is a job.



    7- vision of the future...

    Some concern about climate and human future were exoressed, but great hope too... LENR can help, and can do much more than what steam engine and coal have done.


    Energy is core to humanity flourishing, and LENR may be a solution, but its rejection may be a symptom of a deeper problem.


    I'm connected with people who want to understand progress, how we lose this hope, and put us back on the rail of human progress...

    They call their wok "Progress Studies"...


    One article is key on the question of human progress and energy

    Progress, stagnation, and flying cars
    A review of Where Is My Flying Car? by J. Storrs Hall
    rootsofprogress.org

    recently, a friend translated an interview in french

    Des voitures volantes dans une nouvelle ère atomique, une conversation futuriste avec J. Storrs Hall | Le Grand Continent
    Comment nous racontons-nous l’histoire de l’avenir ? Dans une conversation optimiste et échevelée, J. Storrs Hall, ingénieur et historien des représentations…
    legrandcontinent.eu


    read also the symmetric book

    The Rise and Fall of American Growth: A summary
    Robert Gordon's book is like a murder mystery in which the murderer is never caught
    rootsofprogress.org


    I feel that promoters of the "progress studies" like Jason Crawford or James Pethokoukis would love exchanging with Stephen Bannister, Jacques Ruer, Jed Rothwell on their work at ICCF (24/25), and maybe analyse the claims.


    so much to do.

    Last day in Czszecin.


    Theresa Benyo

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=52

    Presented thei work about the possibility of fission during LENr reactions.

    During some experiments (Fralick-style) of PdAg+D2 gas permeation, some transmutations were observed with EDS and TOF SIMS (Cr,Fe Cu...)

    Question is whether some fission may be considered.

    Some new experiments were done with Bremsstrahlung gamma beam (below 2.26 MeV photon dissociation to 3MeV above photo dissociation of deuterium) on PdAg+D,

    to investigate the screening.

    Later some experiment were done at 6MeV (another beam) on DUD3 target, showing evidence of fission.

    Other experiments , wet electrolysis, co-deposition at 500mA, to test bubble detectors for neutrons, showed evidences of 2.45MeV to 4MeV energetic neutrons; Some chalcium hydroxide was observed letting suspect transmutations.

    There are different hypotheses. Takahashi proposed photofission of Pd to Fe+Ca or Ti+Cr,

    and there is also possibility of fission of fused nuclei like d+Pd or d+Ag to Fe+Ti, Mn+Cr, Fe+Cr.

    There is a question of the fissibility of those light non actinide nucleus. It should be possible if the nucleus absorbs high energy neutrons or proton, but one can expect 14MeV neutron et 15MeV protons, but it would requires 40-50MeV to fission.

    It looks impossible but it seems to happen.

    One theory is proposed, an hybrid fusion+fission, where the fusion produces a high energy neutron, that cause the fission.

    This theory is under investigation.


    JE Kaal

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=52

    present how his theory of the nucleaus (Structured Atomic Model) could explain the transmutation observation in LENR.

    His theory propose that the nucleus is polarized and that it thus can absorbe protons or neutrons ins predictable ways, causing stable results, or beta decay, or fission.

    He explains his theory in a book ( https://www.abebooks.com/97818…ured-Model-1838128026/plp )


    Shyam Sunder Lakesar

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=53

    presented a reanalysis of the results of a previously presented experiments!.

    It was electrolysis with graphite anode and Ni cathode.

    Previous analysis with EDS showed transmutation, but using different methods, like WDS and ICPMS, the results were finally not significant, and that it could be explained by migration of contaminants.

    He warns experimenters about the risk of EDS analysis alone.

    Note; the presentation was difficult to follow because of sound problem... I hope it can be recorded again as asked today, as it should be worth watching and reading, for experimenters.


    Vladislav Zhigalov

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=53

    presented some experiment usin DVD as detectors for strange tracks near LENr experiment.
    Some strange tracks are observed (900x more )neared 20cm of LENr experiments (Parkhomov style), but not further away (blank).

    Traces, sometime curvy, sometime periodic, sometime continuous double track...

    Considering the work of Urutskoev, it may be evidence of strange particles, UVO...

    Analysis of tracks, let consider it may be either

    big particle of many dozen of microns,

    or smaller one below 10µ. what is surprising is that the force applied is estimated 0.5mN while weight should be 0.02nN, and that is caised melting of the resin with 1500°K increase of temperature...

    What can explain that ?


    Steven Krivit

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=54

    presented the Widon-Larsen theory.

    the idea is first to consider that only multi-body quantum physics could explain LENR.

    The mechanisme proposed is that first, surface plasmons electrons are formed at the surface of the hydride, that they acquire collective behavior, making ver ry few heavy electrons who capture the enregy (thus mass) of thousands of other electrons.

    Those heavyelectrons get so energetic they could cause a neutronisation reaction (electron+proton produce proton plus neutrino), different from electron capture, as it happens in open space...

    a neutron with ultra low motion is created that is then absorbed by nuclei, causing transmutation, energy, gammas, and beta emission.

    it is also proposed that gamma are blocked by the high energy electrons who diffuse their energy...

    He reminds there will be an event at APS meeting in Las Vegas (soon, forget when) and that he will be there about LENR.


    Franck Gordon

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=54

    presented the improvement and measurement about LEC devices.

    the physics of LEC is not simple. Recombination of ions is an important point.

    Beware of not being an electrochemical device.

    Power is improved by 1-2 order of magnitude

    Temperature was tested from 0°C to 110°C (thus water is not the cause).

    Best insulator were PTFE and silicon rubber.

    They tested with deionized water, electrogel electrolyte (like for ECG).

    The conclusion if that LEC is a diffusion driven device, not electrochemical.

    Many types of electrodes work, but the working function of each electrode must differ.

    Franck is open for collaboration.


    Robert Christian

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=55

    presented his analysis and proposition to make the LENR domain more mainstream., as a Legitimate Scientific domain.

    He took as example how Greta Thunberg caused popular commitment globally, saying that LENr should also trigger such commitment.

    For him LENR rejection is the symptoms that scientific community have malfunctionned.

    His diagnosis is that most scientific no more listen to evidences.
    Calorimetry was rejected, why.

    He propose to make things change by some intervention, proposing some goals.

    * make some laypeople become activist

    * make some wealthy people become donators

    * make some students become advocates for the domaine

    in the scientific community

    * make ignorant uninterested or critics , unopposed or advocate

    * make veterans critics, simply outnumbered

    He also presented some key to managing social media, like knowing you audience on youtube, to organise differenty the content (even if the contents are same)... you dont sort video the same for scientist,s, activist, or general public.

    The trajectory expected is : awarenes -> interest -> ... -> action

    He propose outside communication as social experiments

    evidences must be transmitted to be really accepted...

    He tries to help...

    (NB: I missed some point, best would be to contact him - we are in the same team)


    Bob Greenyer

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=55

    presented a tornado of experimental results, proposing that toroidal structue emerge from many of them, proposing EVO can explains them.

    Many strange results. The shape could be related to Maxwell equations


    I admit, it was too much data for me. I suspect he explained much of it already here and on youtube.


    Thomas W. Grimshaw

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=56

    presented how LENr could help about Climate Change.

    He fears that LENr cannot displace fossil fuel energy as fast as expected,

    but he propose it can beside displacing fossil fuel energy, help remove GHG from emission (carbon capture...), by technology improvement, and reduction of GHG emission from constructions of those system.

    Similarily it could help recover GHG (direct air capture...), by providing the enregy, of reducing the GHG impact of construction.

    Finally it could reduce the impact of climate change by reducing cos of construction of mitagigation infrastructure, like helping to depolute.

    It could also, through transmutation, help reduce nuclear waste


    Stephen Bannister,

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=56

    Discuss the speed of LENR transition.

    It is feared it can be slow

    He propose that the huge difference of cost between fossil fuel and LENR (20x according to Jed Rothwell analysis, 200-600 with time), will cause the transition to be very fast.

    He presente a first equation, the elacticity of proce of energy, that says that the variation of usage of fossile fuel over the variation of price of alternative energy, is roughly one...

    this mean that if the price of LENR is 20x less, then fossile fuel will be used 20x less...


    Another proposed equation, is inspired by the firs industrial revolution that tooke 150 years, and he propose that it is because the price of wood was only twice the price of coal...


    He propose that the diuration of the energy transition is 150years divided by the ratio of cost reduction (minus 1)... here 20 at the beginning, and probably 200-600...

    150 years divided by 20-1 would trigger a transition in 7-8 years...

    He concludes that make research in LENr shoul be a priority like Manhattan project was.

    It is a pity that cold fusion is not funded like few % of hot fusion.

    He conclude we are at the edeg of a 2nd green energy revolution, and a 2nd living standard revolution, a double revolution with an effect 10x times the first industrial revolution..


    Jacques Ruer

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=57

    presented an analyse about the resource sustainability of a LENR workd in the next 2 centuries...

    He consider that a LENr civilisation will use much LENR, and that electrictity will be the main vector.

    He first assume that humanity will peak at 10 billion population as predicted today, and that the energy per capita will be the average of european countrie, 40MWh/human, thus with a total of 40MWh.

    He starts by considering the surface need of decarboned energies, few % of the habitable land for solar or wind energy... for fission reactors 40000 big reactors (80x more than today)...LENr will push a decentralised energy system, no grid.

    LENR Device will be small, allowing quick production.

    LENr will not replace all, but much of it.

    But is it sustaibable.

    assuming 1000MJ per mole of H (1g) it is 1.4 Mn tons of H2 (clearly sustainable)

    same for D2.

    If Palladium is consumed like hydrogen, it is not sustainable (we only produce 210t/year, and about 50-100Mn ton would be consumed)

    For Nickel, if consumed it is not sustainable as we only produce 3.3Mn tons/y

    If Pd or Ni are just catalyst, it is ok.

    If Iron is consumed, it is ok.

    Titanum also is sustaibale as it is 0.6% of t earth crust

    Lithium is 5000 more abundent in seawate as on the land, so it is sustainable.

    LENR research need to search if we can used Ti, Mn, Fe instead of Pd or Ni...


    One warning is that as usual, public will be reluctant, and education will be required, to develop social acceptance.


    David Nagel presented quickly a website with AI results based on the LENR litterature

    LENR Explore

    publication per year, collaboration between authors, analysis of LENr corpus by cluster of interests...


    Maurizio Maggiore of EU comission, but there as private (not representing EU)

    discussed about the LENR research in EU, the EU projects like CleanHME, the difficulties to make LENr accepted.

    Political consideration are important, and the effect of LENr rejection is that research is done with shoestring, and thus is not of enough quality, justifying not to fund it. a self enforcing policy.

    Cold Fusion name is really a problem, it holds a stigma.

    Beside that the cmmunity is like blind scientitst trying to understand an elephan, just touching different parts. No general vision.

    He remind us that Ohm's law (U=RI!) took 10 years to be accepted.

    Choice of name is important

    Cold fusion is stigmatized.

    Nuclear raise fears.

    Quantum is more neutral.

    He discussed about a recent paper that sorted, filtered and classified 20 experiments. Charastetic of the results to be considered solid involve some minimum volume of energy, in time and space. Energy should be densified to be convincing.

    His plan is :

    * from the simplest experiment (dense, clar, reliable),to eliminate criticism

    * characterise the results with best instruments (nb: expensive)

    * bublish in major journal

    * you win



    he talk about the Nassisi-Mastromatteo (low power Laser excitation on Pd/D), replicated also by Biberian, and experienced by few people in the conference.

    It seems to be the good candidate for a clear experiment.

    He also talk of Wendt-Irion (???) tungsten explosion experiment

    and of Mosier-Boss electroplating (co deposition)...


    He talk about how EU projects may have triggered Arpa-E project (ah, competition)...

    He considers that 10 labs trying to replicate few simple experiments, are, TODAY, more important that 10 labs developping more advanced experiments neared to real applications... Time will change, but today replication is key.


    He talk also about on challenge for LENR, to manage competences, not only resources.

    There is a great need to transmit experience of experience researshers to yound researshers, thus need to attract talents.


    Pr Kassagi then discussed about his vision of the domaine and it's history, his personnal experience.

    Pr Iwamoura announced a big collaboration project on LENR, with a network of universities, funded by TEET Foundatin, founded by Minoru Toyoda, launched in april 2023.

    Anbd he announced next ICCF26 at Morioka in northern Japan, for april-june 2025 at Aiima Center.


    Jacques Ruer announced the idea of an Europena event in Stasbourg (France, near German border) in september 2024




    It seems unanimous that ICCF25 was well organised. The organisation by Szcsecin team around CleanHME, the service of the Hotel and the event organisation company "Nobel Congressing Ltd" have been appreciated (hybrid events are very hard to manage).

    I agree deeply.


    Nb: I clearly missed some points in the presentation, as I concede I'm tired.
    Best is to contact the authors if you are interested, or else wait for the slide, then the video (I've heard at the end of 2023, but it is not so simple to publish for intellectual property and confidentiality reason)


    :sleeping: :sleeping: :sleeping:

    Some glimpse on the presentation of Today, Wednesday.

    As before, note that most presentation feature teamwork, check the abstract for details.


    NB: Some members already above gave very interesting description of some presentation, great, and check them.



    Peter Hagestein

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=44

    continues his analysis around his theory of nuclear molecule and transitions.

    His model is base on sequence of coherent steps where Deuterium/He4 pair echange phonons with palladium atom in coherent mode...


    His model propose that a pair of deuterium "possibly to transition down to He4" and a palladium atom, can be considered as quantum object with various energy states, and that energy can be transfered to the palladium atom who have a rich energy spectra, that allows decay until the energy spectra of the palladium atome meet a gap... in that case it is possible that the transition down to He4 is interupted, that transition is frustrated, this cause that some transmutation of palladium can happen instead of a sequence toward He4 fusion...

    He propose some calculation...


    (NB: it reminds me the ideas of Edmund Storms in lenrexplained.com )


    X Z Li (of Tsinghua University)

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=44

    propose explanation about transmutation abundance peaks that look proportionnal to A^1/3 (atomic number)

    He refers to the presentation of David Nagel at ICCF23, and to experiments made by Miley.


    (NB: maybe is it related to the presentation of David Nagel on monday at ICCF25)

    He proposes it is linked with a resonance, and make a connexion with Li7 depletion from Big Bang predicted nucleosynthesis.


    Daniel Szumski

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=45

    explained how his theory (LANP) matchs results by Miley about isotopic transmutations.


    Diadon Acs


    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=45


    Presented how AI could be used to help LENR research.

    He presented the various kind of machine learning methods, and details the various phase at which AI could help, from litterature analysis to automated experiments.

    For him, AI is extending human intelligence,and opensource is important. I support this position too !


    I will let him explain his positions in more details.



    Wang Tieshan


    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=46

    presented they work at Lanzhou University,


    with mild energy beam, to measure screening and resonnance in various kind of collisions (they obtained values like 500eV).

    They put it in the context on astrophysics question, where the notion of screening have been introduced for gaz targets.


    Screening is for example temperature dependant, quite abnormal in metal, very dependent on host material and impurities.

    Various teams disagree about the screening potential.

    They worked to reduce variation by working on target and beam stability, ultra high vacuum, constant temperature, material characterization to track effect of irradiation. They added some detectors.

    They use beams of D+ D2+ D3+ on deuterated targets...


    Nathalia argosz-Sleczka

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=46

    presented the work at Szczecin in CleanHME project , and in Slovenia,

    with beams on deuterated metalic targets.

    They used two different beams, one working in direct kinematic (throwing d on deuterated target) and the other in inverse kinematic (throwing heavy ions on , where energy is transfered to deuteron which collide with deuterons in deuterated targets)

    The screening energy in reverse kinematic is very different, much higher, like 5x more.

    They made computation that are someway compatible, but still too conservative.

    The effect of the lattice is very important.


    Benjamin barrows (of US Army)

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=47

    presented his works on replicating experiments done by JP Biberian and Nassisi (and Mastromatteo I think too), where Deuterated Pd is excited by low power laser.

    He analysed morphological changes that are quite convincing.

    His forst experiment were done on Pd Plate, and he moved to short 250µm*2.5cm wires, to be able to heat only the wire.


    He added FLIR Cam, and have neutron detectors.

    Loading was expected around 0.8-0.9.


    Some strange residues were observed, and also the wires retracted changing of geometry (NB: it remind me some presentation of Nicolas Armanet of I2HMS, about change of geometry of Pd under hydrogenation).

    He observed some neutrons when laser was stopped with current off (10 sec)

    Celani proposed that the behavior of the wires may be cause by electromigration


    Peter Hagelstein presented the paper of Sadie Forbes


    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=47

    to detect high energy emission (25-35MeV) in some TiD experiments with excitation by deuterons (1-11MeV) then Argon beam (30-35MeV).


    It was unexpected and the experimental setup had to be updated.

    They consider this result in the context of the theory of nuclear molecule, proposing that high energy emission may be caused by a frustration of the nuclear transition, leading to a brutal emission...


    I could not attend the presentation by A Cvetinovic,

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=48


    but from the abstract and the questions, it is about beam experiment by CleanHME, and evidences that screening of DD fusion, isn very dependent on crystal structure


    Bin-Juine Huang

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=48

    presented their work in Taiwan, about many cavitations experiments with jet resonance devices they developed, and try to simplify today.

    Measured COP is up to 3.47 (net), and they observe nuclear transmutation, with mass spectrometry.

    They consider their result , proposing that it may be evidence of Ne22 transmutations, and not CO2++...


    Yuta Toba

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=49

    presented their experiments at Waseda University in japan, using the nanomaterial PdNiZr designed by Technova.

    They observed that brutal (solenoid) injection of hydrogen caused stronger heat bursts, and tested variation about fast injection, varying the length of the nozzles. They consider using technology of high pressure injection similar to what is done in car engines.



    Prahlada Ramarao

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=49

    presented their results and research in Bangalore, where they obtained a hundred of successful experiments over 500, with a has loading reactor, using nickel mesh treated with palladium, and heated in an hydrogene or deuterated athmosphère at 40kPa pressure (NB: it looks like Mizuno technique).



    A. Bey

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=50

    presented a new accelerator infrastructure at ELI-NP in Romania, , dedicated to exciting and analyzing nuclear isomer.


    George Egely

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=50

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=51

    presented his spark discharge reactors, creating "condensed plasmoid" and then the method of low-cost calorimetry.

    Measured COP is about 2.5-3.

    Some transmutations was found.

    There is a theory proposed, based on coherent quantum mechanics.




    After the presentation, there have been a public presentation.

    The first was about the history of universe by Krzysztof Meissner (very interesting indeed), not specifically on LENR.


    The second by Florian Metzler is of prime interest, and it explains the challenges and propose directions to make LENR succeed.

    There is also a very instructive comparison with the discovery of transistors, the fact that it was ignored since 1900s, yet anomalies, material, and theories were slowly developed despite all being ignored by most. Bell Labs then connected all what was developed since decades, and created the breakthrough...


    Really, this presentation is fundamental, a key, and not only for LENR... Too much to say here.

    I remember two independent references to oxygen, one is that oxygen appears linked to excess heat events in gas permeation (Japanese experiment I think), another is that oxygen at very low dose can improve the screening factor in beam experiment (Clean HME)...
    To be confirmed by competent person.


    Beside that yesterday, and before in various articles, I remember that oxydization may improve material structure, if followed by reduction.
    even Edmund Storms talk about that...

    Some glimpse on the presentation of Today.

    As before, note that most presentation feature teamwork, check the abstract for details.


    Yashuhire Iwamura

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=22

    presented work involving Tohoku and Nagiya University, and clean planet,

    on multilayered nanosized metal composite loaded with hydrogen.

    He explained their current strategy, to develop a pratical and feasible method, to show it of practical use, with some clrification of reaction mechanism, so people will recognize it useful and founded.

    Work was on CuNi multi layers (palladium substrate, and 6x : Cu2nm+ Ni14nm), starting at 500°C, after H2 loading and evacuation triggering anomalous excess heat, and with multiple cycles.

    It was connected to a Q-mass spectrometer.

    Excess heat was measured around 12keV/hydrogen which is much above anything chemical.

    they noticed heatburst were often triggered by sligh change in power, and decided to trigger it by a short decrease of power, which indeed cause heatburst, with a timing showing it was happening when heat wave was reaching the surface.

    They tested with negative and positive pulse, which worked too.

    They also noticed som oxygen concentration at the surface, and charaterized it with XPS and EDX, with isotopic ratios, depth comparison, finding it could not be explained by surface oxydation (they tested oxydation this way).
    This is something to understand.



    L Forsley

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=22

    of Nasa presented theoretical analysis on electron screening around experiments with accelerateud deterium beams on PdD target.

    Protons are detected.

    It was very technical and since I don't know well beam experiments, I cannot say more.




    S Olafson

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=23

    presents the work around experiments with Rydberg matter created by high energy laser pulse, and the experimental setup to detect an characterized particles and radiations.

    Target is Tantallum, Laser performance is 5ns pulse of 100mJ at 1064nm (2 order of magnitude below big thermonuclear testing laser like french Megajoule, but already quite impressive). there are X rays detectors to calibrate.
    I cannot tell more, but it is work in progress.


    R Dubey

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=23

    presented the work of CleanHME in Szczecin to benckmark their detectors

    with their beam experiment (hydrogen accelerated on hydride target), with theoretical consideration discussing of screening and resonance, of detectors behavior, compared to their numerical model (Geant4).

    Soon they will test with room temperature experiments (not beam).


    Konrad Czerski

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=24

    continue on the work at OpenHME,

    with question about various possible reactions, d+d, p+d and p+p in their beam experiments, showing that p+p may be less improbable than expected, because of screening, letting hope about room temperature,

    There are probable more resonance and screening effects to discover at lower energy.

    They also noticed that oxygen at very low concentration can improve the screening.


    A I Kilic

    They also noticed that oxygen at very low concentration can improve the screening.

    continues on the work of CleanHME about Beams.

    He explains theoretyical analysis to extrapolate from mild energy results with beam.

    They observed with some uncommon substrates (Sr Li) uncommon branching ration, with for example mostly protons+tritium and not He3 with neutrons.

    Neutrons are very bad for application of fusion in space technology (need shielding, thus weight), so it is of practical importance...

    The results is supported by some calculations, showing new resonance.


    Beside that he proposed as a poster an idea of a nanostructured mesh metamaterial that shlould feature a huge cross section (I did not understand why).


    N


    Philippe Hatt

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=25

    presented his way to explain mass of neutrons and protons through his theory


    Narayan Behera

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=25

    explained how vaccuum polarization becaus eof strong EM field around deep electrons, could explain some significant tunneling effect, explaining LENR...

    He is investigating "multiloop" quantum interaction for further finding.


    Lynn Bowen

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=26

    proposes theoretical explanation that LENR don't need new theory,as it is simply fusion, producing neutrons that are finally thermalyzed and absorbed, explaining observation in F&P style of experiments.


    A. K Gillespie

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=26

    presented their installations and instruments at Texas TU, FT-ICR realtime mass spectrometry wable to distinguish even 3He/3H/4He/D2/DH/DT but also measure 20Ne/40Ar for detection of air contamination.

    They have a liquid ditrogen calorimeter, able to work with the mass spectrometer in real time.

    They propose collaboration, commited to respectin Intellectual Properties and NDA if result fails until common agreement to publish.


    Alexey Ivanchuk

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=27

    presented his research about strange effect with used car engine spark plugs, where strange tracks are observed in blank DVD disk.

    He improved the sensibility of the detection by adding a layer of soot.

    Effect is not observed on unused spark plug, but identified above working engine or car exhaust, but not other place in the car.

    Work to be continued. Some proposed to send him CR39 material (quite similar in fact, a resin that keep track of some radiation).


    Gokul Das H

    https://iccf25.com/conf-data/iccf-25/files/ICCF25-book-of-abstracts_final.pdf#page=27

    continues on their work at CleanHME

    about differenciating different events in their beam experiment, through their instruments.

    Here distinguishing direct fusion products and backscattering outcomes...


    NB:


    Later during the poster I could ask more question, and I understand the plan of CleanHME behind their experiments with hydrogen beams.

    The idea is that the theory explains that beam cause fusion, but at mild energy resonance and screening cause great enhancement of the fusion compared to what coulomb barrier should allow. Moreover those resonances and screening are sometime even greater than what is suspected today, and they work on adjusting many conditions (like impurities on the target) to identify unexpected resonance, and also by instrumentation, to identify products and anomalies.

    The idea of that work is that once more things are controlled, understood and identified, maybe fusion are room temperature without beam can just be obtained following what is known.