International Conference of Cold Fusion 22
This is a collection of Cold Fusion presentations from the ICCF (International Conference of Cold Fusion) 22 that took place September 8th-13th in Assisi, Italy.
The presentations where compiled by the MFMP (Martin Fleischmann Memorial Project) and International Conference on Condensed Matter and Nuclear Science
You can see the complete program here: Program of ICCF 22
Or follow these links below of PDF form thanks to https://iscmns.org
ICCF22 Program updated Sep 4 2019
On some systems clicking on pXX will open the corresponding abstract.
| Poster Papers | ||
| 1 ICCF22 | Conference Notice Board | |
| 2 Hagelstein | HD/He-3 phonon-nuclear coupling matrix element p30 | |
| 3 Carat | Fiery Science of Cold Fusion comic book p46 | |
| 4 Kovacs | Maxwell-Dirac Theory and Occam�s Razor: Unified Field, Elementary Particles, and Nuclear Interactions p49 | |
| 5 Tarasenko; | Planet Earth - cold fusion reactor p56 | |
| 6 Narita | Investigating Thermal Behavior of Pd Foil Coated with Metal Membrane in Deuterium Diffusion p57 | |
| 7 Bowen | An Examination of the Updated Empirical Data in Support of the Shell Model p64 | |
| 8 Greenyer | Leveraging observations of patterns in transmutation data from multiple experiments and nature to drive the development of a predictive tool p16 | |
| 9 Greenyer | LENR as Appearance of Weak Interactions p76 | |
| 10 Szumski | The Least Action Nuclear Process [LANP] Computer Model of Cold Fusion p18 | |
| 11 Szumski | Initial Simulations Using The Least Action Nuclear Process [LANP] Computer Model for Electrode Design p17 | |
| 12 Garai | Speculation on the size of the electron p44 | |
| 13 Kaal | Nuclear Transmutation and Mass Defect explained with the Structured Atom Model (SAM) p62 | |
| 14 Hatt | Cold Nuclear Transmutations Light Atomic Nuclei Binding Energy p55 | |
| 15 Hatt | Cold nuclear transmutations, Example of Fe 26 isotopes p79 | |
| 16 Hatt | Cold Nuclear Transmutations Theoretical basis for the calculation of binding energy p78 | |
| 17 Wyttenbach | SO(4) Physics and LENR p63 | |
| 18 Miles | Thermodynamic Basis For The Power Term For Work in Electrochemical Calorimetry p36 | |
| 19 Miles | The Thermoneutral Potential In Electrochemical Calorimetry For The Pd/D2O System p37 | |
| 20 VysotskiiV | New (pre-industrial) stage of applied research on isotope transmutation in biosystems p72 | |
| 21 Uchikoshi | Laser Condensed-Matter Fusion Experiments p35 | |
| 22 Nagel | Review of Seebeck Calorimeters Used in LENR Experiments p29 | |
| 23 Albertini | Beyond Hydrogen Loading p85 | |
| 24 Fojt | Secrets of E-cat | |
| 25 Meulenberg | Deep-level atomic orbitals and more p27 | |
| 26 Varaprasad | Experiments to observe Excess Heat in Ni-LAH,Ni-H2, Pd-D2 systems p61 |
Below you will find a YouTube Play list of the complete Conference.
https://www.youtube.com/playlist?list=PLpEPF2v_du9RBqvUxxOpoO2GSquUjzn2r
Nuclear Transmutation with Carbon and Oxyhydrogen Plasma - Slobodan Stankovic
Condensed Plasmoids - Lutz Jaitner
Increased Excess Heat from Palladium Deposited on Nickel - J. Rothwell & T. Mizuno
The intersection of energy, economics and environment - Steve Bannister
Parkhomov 225 Day reactor - Bob Greenyer
Celani - Progress in Anomalous Heat Effects using Constantan and D2
Swartz - Atomic D producing 327.37MHz RF Maser
Bin-Juine Huang - XS Energy from Vapor Compression System
The Zitterbewegung Orbit of Electrons
McKubre - 30 Years on
Konagaya 01 - Super multi-jet FUSINE reactor
Konagaya 02 - Super computer simulation of FUSINE reactor
Our goal with SciTech Syndicate is to educate and create this technology further with your support. With the cooperation of the international community we will find out from nature if supposed "cold fusion" is a viable option for a clean energy solution. The best way to test it is to create open source power centers that can heat your homes water and supply decentralized energy.
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