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Sunday
October 31st, 2004
(Source: New Energy Times)
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| Ref. |
10:00-17:00
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Cold Fusion
Class
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|
| 1 |
10 :00 – 10:05 |
Jean-Paul Biberian |
Welcoming address |
| 2 |
10 :05 – 10:55 |
Ed Storms |
Update of LENR for ICCF-11 |
| 3 |
10: 55 – 11:50 |
Vittorio Violante |
Transport phenomena and material science studies oriented to reproducibility of loading of deuterium in palladium. |
4a
4b
4c |
12:10 – 13:00 |
Yeong Kim |
Quantum Many-Body Theory and Bose-Einstein Condensation (BEC) Mechanism for Low Energy Nuclear Reaction (LENR) and Transmutation Processes in Condensed Matters. |
5a
5b |
14:10 – 15:00 |
John Dash |
Search for optimum conditions to produce excess heat from the electrolysis of heavy water in a palladium cathode. |
6a
6b
6c |
15:00 – 15:50 |
Yasuhiro Iwamura |
|
| 7 |
16:10 – 17:00 |
Xing Zhong Li |
The puzzle of excess heat with no strong nuclear radiation. |
| A |
|
Pamela Mosier-Boss |
Polarized D+/Pd-D2O System: Hot Spots and “Mini-Explosions” |
| B |
|
Michael McKubre |
Review of experimental measurements involving dd reactions |
| C |
|
Martin Fleischmann |
Introduction |
| |
17:00
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Registration
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| |
19:30
|
Welcoming Reception
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Monday
November 1, 2004
|
| 8 |
8:30-8:40 |
Jean Paul Biberian |
Welcoming address |
| 9 |
8:40-8:55 |
Martin Fleischmann |
An introduction |
| 10 |
8:55-9:10 |
Roger Stringham |
Low mass 1.6 MHz sonofusion reactor |
| 11 |
9:10-9:25 |
Fulvio Frisone |
Theoretical model of the
probability of fusion between. |
| 12 |
9:25-9:40 |
Georges Lochak |
Wave equation for a magnetic monopole |
| 13 |
9:40-9:55 |
Leonid. Urutskoev |
Low Energy Nuclear Reactions
and the Lochak monopole |
| 14 |
9:55-10:10 |
Henri Lehn |
Interaction of magnetic monopoles on polar molecules having a
structural instability |
| |
10:10
-10:30
|
coffee
break
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| |
10:30-10:45 |
NA |
|
| 15 |
10:45-11:00 |
Ludwik Kowalski |
Charged particles from Ti and Pd foils |
| 16 |
11:00-11:15 |
John Coleman |
Transmutation of nuclear waste by LENR |
| 17 |
11:15- 11:30 |
Richard Oriani |
Nuclear reactions produced in an operating electrolysis cell |
| |
11:30-12:30
|
Poster presentation:
|
| 18 |
n/a |
Hideo Kozima |
Cold Fusion phenomenon and Solid State Nuclear Physiscs |
| 19 |
n/a |
Kip Wallace |
A tribute to Gene Mallove : the genie reactor |
| 20 |
n/a |
David Cuthberson |
Towards a holistic paradigme in science |
| 21 |
n/a |
Steve Krivit |
New Energy website, newsletter and cold fusion book |
| 22 |
n/a |
Joseph Peter Guokas |
Cold Fusion and nuclear non proliferation |
| 23 |
n/a |
Ludwik Kowalski |
A summary of recent Cold Fusion claims |
| 24 |
n/a |
Alessandro Zucca |
Another replication of thermal anomalies in "Dash" type
electrolytic cells |
| 25 |
n/a |
J.Tian |
Excess heat during the electrolysing in Pt/K2CO3/Ni light water system |
| 26 |
n/a |
Yu Bazhutov |
Search of erzion nuclear catalysis chains from cosmic ray erzions
stopping in organic scintillator |
| 27 |
n/a |
A. Huke |
Evidence for a target
material dependence of the neutron-proton branching ratio
in d+d reactions for deuterium energies below 20keV |
| 28 |
n/a |
Fabrice David |
About Reifenschweiler effect |
| 29 |
n/a |
T. Minari |
Experiments on condensed
matter nuclear events in Kobe University |
| 30 |
n/a |
Mikio Fukuhara |
Possible nuclear transmutation of nitrogen in the earth's atmosphere |
| 31 |
n/a |
Jacques Dufour |
A simple calorimetric method to avoid artefact in a controversial field |
| 32 |
n/a |
John Fisher |
Neutron isotopes reactions |
| 33 |
n/a |
Tetsuo Sawada |
Origin of the sporadic nature of the CF and a way to avoid it |
| 34 |
n/a |
Filippov |
On the possible magnetic mechanism of shortening the runaway of
RBMK-1000reactor at Chernobyl |
| 35 |
n/a |
Talbot Chubb |
Inhibited diffusion driven surface transmutation |
| 36 |
n/a |
Rainer Kühne |
On the standard modelof particle physics |
| 37 |
n/a |
L D'aulero |
Thermal analysis of calorimetric systems |
| 38 |
n/a |
Julian Brown |
Towards a robust model of nuclear interactions in deuterium bands |
| 39 |
n/a |
Domenico Cirillo |
Transmutation of metal to low energy In confined plasma in the water
Electrochemical Plasma Cell |
| 40 |
n/a |
U. Mastromatteo |
Characterization of nuclear transmutations by 638 nm laser beams |
| |
12:30-14:00
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Lunch
break
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|
| 41 |
14:00-14:30 |
Michael McKubre |
Review of CF by the US DoE |
| 42 |
14:30-15:00 |
Yoshiaki. Arata |
Substance of DS cathode present essential conditions causing solid
state nuclear fusion. |
| 42.5 |
15:00-15:30 |
D. Y. Chung |
Experimental studies of glow discharge in light water with iron
electrodes |
| 43 |
15:30-16:00 |
Yeong Kim |
Proposal for new
experimental tests of Bose-Einstein Condensation mechanism
for LENR and transmutation processes in deuterium loaded
nano-scale cavities |
| |
16:00-16:20
|
coffee
break
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|
| 44 |
16:20-16:35 |
Irina Savvatimova |
Influence of the magnetic field on structure of the cathode in glow
discharge |
| 45 |
16:35-16:50 |
D. Filippov |
Effects of atomic electrons on nuclear stability and radioactive decay |
| 46 |
16:50-17:10 |
Jacques Dufour |
Use of an ice melting calorimeter to perform experiments in a novel
working hypothesis
(Strong gravity in LENR)Comparison with Seebeck and Mass
Flow calorimeters |
| |
17:10-18:30 |
ISCMNS General Assembly |
|
| |
18:30
-19:30
|
Postersession
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Tuesday
November 2, 2004 University meeting
|
| 47 |
10:00-10:10 |
Jean Paul Biberian |
Welcoming address |
| 48 |
10:10-10:35 |
Martin Fleischmann |
Concerning the modelling of systems in terms of Quantum
Electrodynamics, QED; an illustration drawn from the field
of nucleation and phase growth and the special case of "Cold Fusion" |
| 49 |
10:35-11:00 |
Ed Storms |
|
| 50 |
11:00-11:25 |
Mike McKubre |
A review |
| |
11:25-12:25 |
Poster
presentation |
| 51 |
n/a |
J.Tian |
Excess heat stimulation by a 632.8nm laser in a H/Pd gas loading |
| 52 |
n/a |
John Dash |
Search for optimum conditions to produce excess heat from the
electrolysis of heavy water in a palladium cathode |
| 53 |
n/a |
Yeong Kim |
Alternative interpretation of LENR and transmutation processes with
deuteriated metals based on Bose Einstein Condensation mechanism |
| 54 |
n/a |
Xing Li |
Multiple scattering theory and condensed matter nuclear science |
| 55 |
n/a |
Andrei Lipson |
Anomalous neutron capture and plastic deformation of Cu and Pd cathodes
during electrolysis in a weak thermalized neutron field as
evidence of nuclei-lattice exchange |
| 56 |
n/a |
E. Castagna |
The role of surface plasmons in triggering Low Energy Nuclear Reactions
|
| 57 |
n/a |
Joaquin Perez-Pariente |
Evidences of LENR type processes in alchemical transmutation |
| 58 |
n/a |
A. Spallone |
An overview of experimental studies about H/Pd over-loading with thin
Pd wires and several different electrolytic solution |
| 59 |
n/a |
Richard Oriani |
Energetic particle shower in the vapour from electrolysis |
| 60 |
|
E. Lewis |
Cold Fusion is part of a scientific revolution |
| 61 |
n/a |
Andrei Lipson |
Emergence of a high temperature superconductivity in hydrogen cycled Pd
compounds as an evidence of superstoichiometric
hydrogen deuterium sites |
| |
12:25-14:30 |
Lunch break, and poster presentation |
62a
62b
62c |
14:30-15:00 |
Yasuhiro Iwamura |
Observation of Nuclear Transmutation Reactions induced by D2 gas
permeation through Pd complexes |
| 63 |
15:00-15:30 |
Peter Hagelstein |
Update on phonon coupled SU[n]models |
| 64 |
15:30-16:00 |
V. Violante |
Review of recent work at ENEA |
| |
16:00-16:20
|
Coffee
break
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|
| 65 |
16:20-17:10 |
A. El-Boher |
Excess heat in electrolysis experiments at Energetics Technologies |
| 66 |
17:10-17:30 |
Brian Josephson |
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| |
17:30
-18:00 |
Posters
session |
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Wednesday
November 3, 2004
|
| 67 |
8:30-9:00 |
T. Mizuno |
Neutron emission from D2 gas in magnetic field under low
temperature |
| 68 |
9:00-9:30 |
Czerski |
Electron screening constraints for the Cold Fusion |
| 69 |
9:30-10:00 |
J. Kasagi |
Enhanced reaction rate of the Li+d reaction and the screening energy in
metal |
| |
10:00-10:20
|
coffee
break
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|
| 70 |
10:20-10:50 |
A.G. Lipson |
Energetic particle emissions from the hydrogen loaded Pd/PdO surface
enhanced by a 4He-ion implantation |
| 71 |
10:50-11:10 |
V. Vysotskii |
Experiments on controlled decontamination of water mixture of different
long lived active isotopes in biological cells |
| 72 |
11:10-11:25 |
Roussetski |
CR-39 track detectors in Cold Fusion experiments : review and
perspective |
| 73 |
11:25- 11:40 |
M. Apicella |
Progress in the study of isotopic composition in metallic thin films
that have undergone electrochemical loading of hydrogen |
| 74 |
11:40- 11:55 |
Talbot Chubb |
Bloch ions |
| 75 |
11:55-12:10 |
Scott Chubb |
Framework for understanding LENR processes using conventional condensed
matter physics |
| 76 |
12:10-12:25 |
L.Belobrzeckaja |
Room temperature nuclear fusion materials for producing the high energy
effect in heavy water medium by the electrolysis |
| |
12:30-14:00
|
Lunch
break
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| |
12:30
-18:30 |
Field
trip in Provence
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| |
19:30-23:00 |
Gala
Dinner
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Thursday
November 4, 2004
|
| 77 |
8:30-9:00 |
Yasuhiro Iwamura |
Th-W and Hg transmutation experiments by D2 gas permeation through Pd/CaO/Pd
complexes |
| 78 |
9:00-9:30 |
Akito.Takahashi |
3He/4He production by tetrahedral symmetric condensation |
| 79 |
9:30-10:00 |
E. Campari |
Photons and particles emission, heat production and surface
transformation in Ni-H system |
| |
10:00-10:20
|
coffee break
|
|
| 80 |
10:20-10:35 |
Irving Dardik |
The SuperWaves principle |
| 81 |
10:35-10:50 |
N. Ivoilov |
The influence of radiations on the Mossbauer spectrum. of Fe57 in metallic foils |
| 82 |
10:50-11:05 |
Yu. Bazhutov |
Calorimetric & neutron diagnostic of the liquids during their laser
irradiation |
| |
11:05-
11:20 |
NA |
|
| |
11:20
-12:30 |
Poster
presentation
|
| 83 |
n/a |
E.A. Pryakhin |
Assessment of biology effects of strange radiation |
| 84 |
n/a |
D. Filippov |
Quantum equation of tachyon |
| 85 |
n/a |
Mitchell Swartz |
Two sites of CF reactions and their role in heat after death |
| 86 |
n/a |
Tetsuo Sawada |
A brief review of the magnetic monopole and the charge quantization
condition |
| 87 |
n/a |
Zhongliang Zhang |
Concentrate on the unique of CF system |
| 88 |
n/a |
Tetsuo Sawada |
A rational example of the nuclear CF reaction |
| 89 |
n/a |
Veniamin Filimonov |
Neutrino driven nuclear reaction of CF and transmutation |
| 90 |
n/a |
Vladimir Vysotskii |
The spatial structure of water and the problem of controlled LENR in
water matrix |
| 91 |
n/a |
Rainer Kühne |
The micro hot fusion scenario |
| 92 |
n/a |
Tuomo Toimela |
Effective interaction potential in the deuterium plasma |
| 93 |
n/a |
Ken-Ichi Tsuchiya |
Theoretical study of nuclear reactions induced by Bose Einstein
Condensation in Pd |
| 94 |
n/a |
Yeong Kim |
Mixtures of charged bosons confined in harmonic traps and Bose Einstein
Condensation mechanism for LENR transmutation processes in
condensed matter |
| 95 |
n/a |
Talbot Chubb |
Bloch nucleides,Iwamura transmutations and Oriani showers |
| 95 |
n/a |
F. A. Gareev |
Influence of excitation and ionization of the atoms on the velocity of
nuclear processes at low energies |
| 96 |
n/a |
H. Hora |
Low Energy Nuclear Reactions resulting as picometer interactions with
similarity to K-shell electron capture |
| 97 |
n/a |
V.B. Belyaev |
Experiments on spontaneous molecular-nuclear transitions in 6LiD8B
|
| 98 |
n/a |
Francesco Celani |
Innovative procedure to measure in situ resistive thermalcoefficient of
H(D)/Pd during electrolysis and cross comparison of new
elements detected in Th-Hg-Pd-D(H) |
| 99 |
n/a |
Thomas Benson |
Energy efficient calorimetry in glow discharges |
| 100 |
n/a |
L. Urutskoev |
Study of the gas outburst formed upon electric explosion of titanium
foils in liquids |
| 101 |
n/a |
Scott Chubb |
Potential role of magnetism in laser-induced excess heat and other LENR
phenomena |
| 102 |
n/a |
Stanislas Adamenko |
The conditions and realization of self similar Coulomb collapse of
condensed target and low energy laboratory
nucleosynthesis |
| 103 |
n/a |
S. Szpak |
Precursors and the fusion reactions in polarized Pd/D D20 system effect
of an external electric field |
| 104 |
n/a |
V. Romodanov |
Changes of intensity for gamma radiation in the stationary discharge
with a magnetic field |
| 105 |
n/a |
E. Lewis |
Microscopic ball lightening in Cold Fusion |
| 106 |
n/a |
Dan Chicea |
On elements concentration changes in the high current electrolysis
experiments |
| 107 |
n/a |
William Collis |
Cold Fusion using Organic Acids |
| |
12:30-14:00 |
Lunch
break
|
|
| 108 |
14:00-14:30 |
Xing Z. Li |
Deuterium (hydrogen) flux permeating and Condensed Matter Nuclear
Science |
| 109 |
14:30-14:45 |
Alexander Karabut |
Excess heat power production in Pd/D for the pulse periodic discharge
current of various condition |
| 110 |
14:45-15:00 |
U. Mastromatteo |
Nuclear transmutations in
D-Pd and H-Pd films induced by low power excimer beams |
| 111 |
15:00-15:15 |
Robert Bass |
Do Conjectures ofSchwinger,
Turner, Chubb, and R. Bush Resolve the Chief Challenge to
Cold Fusion Theory? |
| 112 |
15:15-15:30 |
Jean-Paul Biberian |
Excess heat production in an electrolytic cell using a polymer as a
solid state electrolyte |
| |
15:30-15:45 |
NA |
|
| |
15:45-16:00 |
NA |
|
| |
16:00-16:20
|
coffee break
|
|
| 113 |
16:20-16:35 |
Mitchell Swartz |
Factors affecting the excess enthalpy observed after cessation of
electrical imput power |
| 114 |
16:35-16:50 |
Nagel |
Reproducibility of LENR experiments |
|
Workshop
on consequences of Cold Fusion
|
| 115 |
16:50-17:10 |
Jed Rothwell |
Cold Fusion and the future |
116
116b
|
17:10-17:40 |
Gustav Grob |
The International Sustainable Energy Organization and Novel Energy
Systems |
| 117 |
17:40-18:30 |
Discussion |
|
| |
18:30
-19:30 |
Poster
session |
| |
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Friday
November 5, 2004
|
| 118 |
8:30-9:00 |
Huke |
Accelerator experiments and theoretical models for the electron
screening effects in metallic environment |
| 119 |
9:00-9:30 |
George Miley |
On energetics of complex nuclei in LENR |
| 120` |
9:30-10:00 |
Conference Summary |
|
| |
10:00-10:20 |
coffee
break
|
|
| 121 |
10:20-10:50 |
Brian Josephson |
The role of authority in the scientific process |
| 122 |
10:50-11:30 |
Discussion |
|
| 123 |
11:30-12:30 |
Press
conference
|
