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Material transformations into Pd-H2 and Pd-D2 systems induced by laser irradiation

Author(s): Ubaldo Mastromatteo
Publication: ---
Year: 2017
More Information
Research Type: Experimental
Solid State Fusion Type: Lenr/Cold Fusion
Reactor Set-Up: Vacuum Chamber
Observables: Transmuted Elements (low-Z relative to metal)
Stimulation: Laser Irradiation (CW), Gas Loaded
Material: Doped Palladium
Isotopic Hydrogen Reactants: H2, D2

LENR Anomalies in Pd–H2 Systems Submitted to Laser Stimulation

Author(s): Ubaldo Mastromatteo
Publication: J. Condensed Matter Nucl. Sci.
Year: 2016
More Information
Research Type: Experimental
Solid State Fusion Type: LENR/Cold Fusion
Reactor Set-Up: Vacuum Chamber
Observables: Transmuted Elements (low-Z relative to metal)
Stimulation: Laser Irradiation (CW), Gas Loaded
Material: Palladium
Isotopic Hydrogen Reactants: H2, D2

Transmutations observed from pressure cycling palladium silver metals with deuterium gas

Author(s): Gustave C. Fralick, Robert C. Hendricks, Wayne D. Jennings, Theresa L. Benyo, Frederick W. VanKeuls, David L. Ellis, Bruce M. Steinetz, Lawrence P. Forsley, Carl E. Sandifer II
Publication: International Journal of Hydrogen Energy
Year: 2020
More Information
Research Type: Experimental
Solid State Fusion Type: LENR/Cold Fusion
Reactor Set-Up: Vacuum Chamber
Observables: Transmuted Elements (low-Z relative to metal), Excess Heat (power and/or energy)
Stimulation: Gas Loaded, Pressure Cycling, Temperature Cycling
Material: Pd alloy
Isotopic Hydrogen Reactants: D2

Nuclear transmutation in deutered PD films irradiated by an UV laser

Author(s): Castellano, M. Di Giulio, M. Dinescu, V. Nassisi, A. Conte, P.P. Pompa
Publication: Italian Physical Society
Year: 2000
More Information
Research Type: Experimental
Solid State Fusion Type: LENR/Cold Fusion
Reactor Set-Up: Vacuum Chamber
Observables: Transmuted Elements (low-Z relative to metal)
Stimulation: Gas Loaded, Laser Irradiation (pulsed), High Pressure
Material: Palladium
Isotopic Hydrogen Reactants: D2

Progress toward a theory for excess heat in metal deuterides

Author(s): Peter L. Hagelstein, IrfanU. Chaudhary, Michael C.H. McKubre, Francis Tanzella
Publication: AIP Conference Proceedings
Year: 2009
More Information
Research Type: Theoretical
Solid State Fusion Type: LENR/Cold Fusion
Reactor Set-Up: Electrolytic Cell
Observables: Excess Heat (power and/or energy)
Stimulation: Electrolysis
Material: Palladium, Titanium
Isotopic Hydrogen Reactants: D2O, D2

Anomalous Neutron Burst Emissions in Deuterium-Loaded Metals: Nuclear Reaction at Normal Temperature

Author(s): Jiang Song-Sheng, Xu Xiao-Ming, Zhu Li-Qun, Gu Shao-Gang, Ruan Xi-Chao, He Ming, Qi Bu-Jia
Publication: Chinese Phys. Lett.
Year: 2012
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Measurements in the Gran Sasso Laboratory: Evidence for nuclear effects in electrolysis with Pd/Ti and in different tests with deuterated high temperature superconductors

Author(s): F.Celani, A.Spallone, L.Liberatori, B.Stella, F.Ferrarotto, M.Corradi, P.Marini, S.Fortunati, M.Tului
Publication: AIP Conference Proceedings
Year: 1991
More Information
Research Type: Experimental
Solid State Fusion Type: LENR/Cold Fusion
Reactor Set-Up: Electrolytic Cell, Vacuum Chamber
Observables: Gamma Radiation, Neutron Emissions (low-level above background)
Stimulation: Electrolysis, Gas Loaded, Cold Shock, High Pressure, Temperature Cycling
Material: Palladium, Titanium, High-Temperature Superconductor
Isotopic Hydrogen Reactants: D2O, D2

New Physical Effects In Metal Deuterides

Author(s): Peter L. Hagelstein, Michael C. H. McKubre, David J. Nagel, Talbot A. Chubb, Randall J. Hekman
Publication: Report to the Department of Energy
Year: 2006
More Information
Research Type: Review
Solid State Fusion Type: LENR/Cold Fusion
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Neutron Emissions from Metal Deuterides

Author(s): S. E. Jones, F. W. Keeney, A. C. Johnson, D. B. Buehler, F. E. Cecil, G. Hubler, P. L. Hagelstein, J. E. Ellsworth, M. R. Scott
Publication: Tenth International Conference on Cold Fusion
Year: 2003
More Information
Research Type: Experimental
Solid State Fusion Type: LENR/Cold Fusion
Reactor Set-Up: Vacuum Chamber, Electrolytic Cell
Observables: Neutron Emissions (low-level above background)
Stimulation: Gas Loaded, Cold Shock, Temperature Cycling, Pressure Cycling
Material: Titanium
Isotopic Hydrogen Reactants: D2, D2O

Neutron and Gamma-Ray Emission from Palladium Deuteride under Supercritical Conditions

Author(s): Jacob Jorne
Publication: Fusion Technology
Year: 1991
More Information
Research Type: Experimental
Solid State Fusion Type: LENR/Cold Fusion
Reactor Set-Up: Vacuum Chamber
Observables: Neutron Emissions (low-level above background), Gamma Radiation
Stimulation: Gas Loaded, Cold Shock, Temperature Cycling, Pressure Cycling
Material: Palladium
Isotopic Hydrogen Reactants: D2

Measurement of neutron emission from Ti and Pd in pressurized D2 gas and D2O electrolysis cells

Author(s): H.O. Menlove, M.M. Fowler, E. Garcia, M.C. Miller, M.A. Paciotti, R.R. Ryan, S.E. Jones
Publication: Journal of Fusion Energy
Year: 1990
More Information
Research Type: Experimental
Solid State Fusion Type: LENR/Cold Fusion
Reactor Set-Up: Vacuum Chamber, Electrolytic Cell
Observables: Neutron Bursts, Neutron Emissions (low-level above background)
Stimulation: Gas Loaded, Electrolysis, Cold Shock
Material: Titanium, Palladium, Zirconium, Vanadium
Isotopic Hydrogen Reactants: D2, D2O

First experimental results at the gran sasso laboratory on cold nuclear fusion in titanium electrodes

Author(s): A. Bertin, M. Bruschi, M. Capponi, S. De Castro, U. Marconi, C. Moroni, M. Piccinini, N. Semprini-Cesari, A. Trombini, A. Vitale, A. Zoccoli, J. B. Czirr, G. L. Jensen, S. E. Jones, E. P. Palmer
Publication: Journal of Fusion Energy
Year: 1990
More Information
Research Type: Experimental
Solid State Fusion Type: LENR/Cold Fusion
Reactor Set-Up: Electrolytic Cell
Observables: Neutron Emissions (low-level above background)
Stimulation: Electrolysis, Current (constant)
Material: Titanium
Isotopic Hydrogen Reactants: D2O

Evidence of Emission of Neutrons from a Titanium-Deuterium System

Author(s): A. Deninno, A. Frattolillo, G. Lollobattista, L. Martinis, M. Marton, L. Mori, S. Podda, F. Scaramuzzi
Publication: Europhysics Letters
Year: 1989
More Information
Research Type: Experimental
Solid State Fusion Type: LENR/Cold Fusion
Reactor Set-Up: Vacuum Chamber
Observables: Neutron Bursts
Stimulation: Gas Loaded, Cold Shock, Temperature Cycling, Pressure Cycling
Material: Titanium
Isotopic Hydrogen Reactants: D2

Observation of cold nuclear fusion in condensed matter

Author(s): S.E. Jones et al.
Publication: Nature
Year: 1989
More Information
Research Type: Experimental
Solid State Fusion Type: LENR/Cold Fusion
Reactor Set-Up: Electrolytic Cell
Observables: Neutron Emissions (low-level above background)
Stimulation: Electrolysis, Current (constant)
Material: Palladium, Titanium
Isotopic Hydrogen Reactants: D2O

Laser-Induced Cold Nuclear Fusion in Ti-H2-D2-T2 Compositions

Author(s): Igor L. Beltyukov et al.
Publication: Fusion Technology
Year: 1991
More Information
Research Type: LENR/Cold Fusion
Solid State Fusion Type: LENR/Cold Fusion
Reactor Set-Up: Vacuum Chamber
Observables: Neutron Bursts, Gamma Radiation
Stimulation: Laser Irradiation (pulsed), Gas Loaded, Induced Phase Transitions, Pressure Cycling, Temperature Cycling
Material: Titanium
Isotopic Hydrogen Reactants: D2
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Enhanced D-D Fusion Rates when the Coulomb Barrier Is Lowered by Electrons

Author(s): Alfred Y. Wong, Alexander Gunn, Allan X. Chena, Chun-Ching Shih, Mason J. Guffey
Publication: arXiv
Year: 2021
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Approach to Nuclear Fusion:
Utilizing Dynamics of High-Density Electrons and Neutrals

Author(s): Alfred Y. Wong, Chun-Ching Shih
Publication: arXiv
Year: 2019
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Ponderomotive Screening of Nuclear Fusion Reactions Based on Localized Surface Plasmon Resonance

Author(s): Mason J. Guffey, Alfred Y. Wong
Publication: arXiv
Year: 2020
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Earth factories: Creation of the elements from nuclear transmutation in Earth’s lower mantle

Author(s): Mikio Fukuhara, Alexander Yoshino, Nobuhisa Fujima
Publication: AIP Advances
Year: 2021
More Information
Research Type: Theoretical
Solid State Fusion Type: Geothermal Fusion
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Nuclear fusion reactions in deuterated metals

Author(s): Vladimir Pines, Marianna Pines, Arnon Chait, Bruce M. Steinetz, Lawrence P. Forsley, Robert C. Hendricks, Gustave C. Fralick, Theresa L. Benyo, Bayarbadrakh Baramsai, Philip B. Ugorowski, Michael D. Becks, Richard E. Martin, Nicholas Penney, Carl E. Sandifer
Publication: Phys. Rev. C
Year: 2020
More Information
Research Type: Theoretical
Solid State Fusion Type: Lattice Confined Fusion
Reactor Set-Up: Vacuum Chamber
Observables:
Stimulation: Bremsstrahlung Radiation
Material: Palladium, Erbium
Isotopic Hydrogen Reactants: D2

Known mechanisms that increase nuclear fusion rates in the solid state

Author(s): Florian Metzler, Camden Hunt, Nicola Galvanetto
Publication: arXiv
Year: 2022
More Information
Research Type: Theoretical
Solid State Fusion Type: LENR/Cold Fusion
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Deuteron-deuteron reaction cross sections at very low energies

Author(s): Conrad Czerski, K. Czerskia, N. Targosz-Ślęczka, M. Kaczmarski
Publication: Acta Physica Polonica B
Year: 2020
More Information
Research Type: Theoretical
Solid State Fusion Type: LENR/Cold Fusion
Reactor Set-Up: Vacuum Chamber (non-plasma)
Observables:
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Material: Zirconium
Isotopic Hydrogen Reactants: D2

Experiments to investigate phonon-nuclear interactions

Author(s): Florian Metzler
Publication: MIT Libraries
Year: 2019

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Research Type: Experimental
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Calorimetry Under Non-Ideal Conditions Using System Identification

Author(s): Curtis Berlinguette
Publication: Journal of Thermal Analysis and Calorimetry
Year: 2019
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Fukuhara “Nanofiber supercapacitors” in Sci Reports in Nature

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Summary

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Why Read

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Novel nuclear reactions observed in bremsstrahlung-irradiated deuterated metals

Author(s): Bruce M. Steinetz, Theresa L. Benyo, Arnon Chait, Robert C. Hendricks, Lawrence P. Forsley, Bayarbadrakh Baramsai, Philip B. Ugorowski, Michael D. Becks, Vladimir Pines, Marianna Pines, Richard E. Martin, Nicholas Penney, Gustave C. Fralick, Carl E. Sandifer
Publication: Phys. Rev. C
Year: 2020
More Information
Research Type: Lattice Confined Fusion
Solid State Fusion Type: Lattice Confined Fusion
Reactor Set-Up: Vacuum Chamber
Observables:
Stimulation: Bremsstrahlung Radiation
Material: Palladium, Erbium
Isotopic Hydrogen Reactants: D2
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