Following a Patent Citation Trail Finding LENR Patents
Last week I opened a NASA LENR patent on the Google Patent Search site to begin exploring Citations found within it; NASA and PineScie patent; published 2019-01-16, "Methods and Apparatus for Enhanced Nuclear Reactions".
The first patent that caught my eye was filed not long ago, found in it's "Patents Cited" list. I found it of interest because of its listed classifications. The NASA PineScie patent examiner cited this patent due to content he deemed relevant (a priori) to the NASA PineScie patent.
The patent of interest had been abandoned; so I decided to search for more recent patents filed by the assignee, Tionesta Applied Research Corp. There I found the second patent which is of even greater interest. One of this patents' classifications, G21G7/00, is new to me. It includes patents based on, "Such methods which contradict standard physics".
How often has a cold fusion patent been denied, by a USPTO patent agent, because its claims are partially based on "Such methods which contradict standard physics"? Many, many, many times; Rejected. Not based on/Contradicts Standard Model! I guess it's Ok to do so now. Whatever that might be interpreted isn't clear. Thoughts to explore... definition of... pertaining to... application of... rich for discussing.
gbgoblenote: When a new patent classification is decided on the details are (an arduous process) usually details are listed immediately or not long afterward. Search these patent classifications to keep abreast of developments of or infringements in this patent arena. The patent activity in this field is presently exploding, a good sign, in one metric, of commercialization breakthrough.
Tionesta Applied Research Corp. Patents of Interest
1) Published on 2014-02-06 "Energizing Energy Converters By Stimulating Three-Body Association Radiation Reactions" https://patents.google.com/patent/US20160232989A1/
Inventor: Anthony Zuppero, Thomas J. Dolan, William David Jansen, William J. Saas
Current Assignee: Tionesta Applied Research Corp. 2015-11-16 - STCB -
Information on status: application discontinuation ABANDONED FAILURE TO RESPOND TO AN OFFICE ACTION
Classifications:
- Y02E30/18 Low temperature fusion, e.g. "cold fusion" (no details yet)
- G21D7/04 Arrangements for direct production of electric energy from fusion or fission reactions using thermoelectric elements or thermoionic converters
- G21B3/00 - Low temperature nuclear fusion reactors, e.g. alleged cold fusion reactors
Details: Systems and components for producing energy by nuclear reactions not involving the generation of a thermonuclear plasma, e.g. fusion reactions.
2) Published on 2017-02-09 (the previous patent is included in its entirety)
"Generator of Transient, Heavy Electrons and Application to Transmuting Radioactive Fission Products" https://patents.google.com/patent/US20170040151A1
Inventors: Anthony Zuppero, William David Jansen, Craig V. Bishop, Thomas J. Dolan, Paul Crone, William J. Saas Current Assignee: Tionesta Applied Research Corp.
Classifications:
H01J37/3476 - Testing and control (no details available)
G21B3/004 - Details: Catalyzed fusion, e.g. muon-catalyzed fusion Systems and methods for inducing fusion of hydrogen isotope nuclei by using the catalyzing properties of muons in a hydrogen isotope
H01J37/3464 - Operating strategies (no details available)
G21G7/00 Details:
- Conversion of chemical elements not provided for in other groups of this subclass
- Miscellaneous apparatus or methods for converting elements or generating isotopes not induced by electromagnetic radiation, corpuscular radiation or particle bombardment.
- Such methods which contradict standard physics.
gbgobleNOTE: A slew of patents have been filed and abandoned over the past fewyears by these folks; making their patent trails and researchers/inventors difficult to follow. Taking screenshots is a good idea. One example is six inventors listed above while only two are listed in the following, most recent iteration, of their patents stream. Tricky to follow. Only three are presented in this article which provides a starting point for study. It's good to research inventors. Also, I did not know an assigned USPTO patent agent is allowed to file a patent in the assigned field of review and patent approval. Curious, I'd like to more about this and what happened in regards to these folks, for instance.
#3) Published on 2018-09-06 (the previous patent, and all others are included in its entirety)
"Systems to Generate Transient, Elevated Effective Mass Lectron Quasiparticles for Transmuting Radioactive Fission Products and Related Methods" https://patents.google.com/patent/US20180254116A1/
Inventors: Anthony Zuppero, Thomas J. Dolan Current Assignee: Tionesta
Applied Research Corp
Classifications:
G21B3/004 - Catalyzed fusion, e.g. muon-catalyzed fusion
Details: Systems and methods for inducing fusion of hydrogen isotope nuclei by using the catalyzing properties of muons in a hydrogen isotope
G21G7/00
- Conversion of chemical elements not provided for in other groups of this subclass
- Miscellaneous apparatus or methods for converting elements or generating isotopes not induced by electromagnetic radiation, corpuscular radiation or particle bombardment.
- Such methods which contradict standard physics.
CMNS LENR Theory Tionesta Applied Research Corporation
It's rumoured, more papers are in submission for peer review. I would like to read them.
"Muon-Surrogate Catalyzed Fusion Interpretation Of Steinetz-Benyo Transmutations Stimulated By Gamma Rays" A. Zuppero, T.J. Dolan 6/26/2017
http://www.neofuel.com/neutral…202017%2006%2026-1551.pdf
Steinetz et al observed a reaction energized by nominal 2 MeV gamma rays that produced some neutrons with energies greater than 10 MeV and beta emitters that appear to be transmutation products. Their observations appear be predictable using recently discovered chemical physics, first to create muon-surrogates in nano-crystallites, which mimic muon catalyzed fusion, and second using direct vibrational to electron quasiparticle energy conversion. Together they concentrate nearly all the nuclear binding energy into heavy electron quasiparticles. Heavy electron generation producing muon-surrogates here would use a process almost identical to photovoltaic energy conversion in indirect semiconductors, such as silicon, but with MeV rather than eV photons.
Inventors Bios and Early Cold Fusion History
Wikipedia - Anthony Zuppero is an American nuclear scientist who is noted for his work in nuclear thermal rockets using water as the propellant.[1] Early in his career he worked on nuclear weaponry, including one proposal to try to move a 1 gigatonne nuclear bomb to Russia in under two minutes, which he was able to show was impractical.[2] "Just before he left the Idaho National Engineering and Environmental Laboratory, Department of Energy, where he worked from 1991 through 1998; space nuclear transportation.
Transport Systems."[3] Licenses & Certifications: Anthony Zuppero Patent Agent USPTO Reg. No. 62,988 Issuing authority USPTO Credential Identifier/Credential ID 62988 Thomas J. Dolan (Guest speaker biography UC Berkeley) https://nuc.berkeley.edu/molte…ctors-and-thorium-energy/
Prof. Dolan has worked at universities (Missouri, Illinois); nationallabs (LLNL, LANL, ORNL, INL); in industry (Phillips Petroleum); and in Austria, China, India, Japan, and Korea, and Russia. He served as Head of the IAEA Physics Section, where he facilitated international cooperation on research reactors, low energy accelerators, nuclear instrumentation, and nuclear fusion research. His books are “Fusion Research” (Pergamon, 1982), “Magnetic Fusion Technology” (Springer, 2013) and “Molten Salt Reactors and Thorium Energy” (Elsevier Press, 2017
Some Inventors Cold Fusion History
More research into this interesting.
- Recent 2018
ICCF-21 2018 https://www.lenr-forum.com/att…81-iccf2018-ans-2019-pdf/
Abstracts submitted by Anthony C. Zuppero and Thomas J. Dolan
"Transmutations by Heavy Electron Catalysis" ALSO "Electron Quasiparticle Catalysis of Nuclear Reactions"
- Midway 2002
ICCF-9 2002 "An Outsider's View of Cold Fusion" Thomas J. Dolan https://www.lenr-canr.org/acrobat/DolanTJanoutsider.pdf
ABSTRACT
An outsider’s views are presented on ICCF-9, on cold fusion research issues, and on suggestions for improvement. 1. INTRODUCTION I had the privilege of attending the first seminar on cold fusion given by Martin Fleischmann and Stanley Pons in March 1989. Our laboratory began an experiment in April, but support for that study was cut off a few months later, so I have been an outsider to this field since then.The field of cold fusion research lacks respect and money. It is difficult to get respect if you don’t have money, and it is difficult to get money if you don’t have respect. I will discuss some impressions of this conference, some potential sources of funding, some negative factors, and some suggestions. (from a funding expert)
- Early 1989 (apparently in contradiction to his 2002 recollection of events)
Prof. Dolan INEL 1989 "Cold Fusion Research" Final Report of the Cold Fusion Panel Energy Research Advisory Board to the United States Department of Energy November 26,1989
https://www.osti.gov/servlets/purl/5144772
Page 65
[L0N-1] G. R. Longhurst, T. J. Dolan, G. L.Henriksen, "An "Investigation of Energy Balances in Palladium Cathode Electrolysis Experiments,"
Submitted:
[L0N-2] G. R. Longhurst and A. J. Caffey, INEL, Communicated by S. C. T. Lien to ERAB 5 September 1989; G. R. Longhurst, T. J. Dolan and G.
L. Henriksen, INEL, EGG-H-89203, 19 May 1989.
"An Investigation of Energy Balances in Palladium Cathode Electrolysis Experiments" Longhurst, G. R.; Dolan, T. J.; Henriksen, G. L. Journal of Fusion Energy, Volume 9, Issue 3, pp.337-343 Pub Date: September 1990 DOI: 10.1007/BF01059253
Abstract
A series of experiments was performed at the Idaho National Engineering Laboratory (INEL) to investigate mechanisms that may contribute to energy flows in electrolysis cells like those of Fleischmann and Pons. Ordinary water (H2O), heavy water (D2O), and a mixture of the two were used in the INEL experiments. Cathodes used include a 51-μm Pd foil and 1-mm diameter extruded wire Pd rods in straight and coiled configurations. Energy balances in these experiments revealed no significant net gain or net loss of energy.
Cell overpotential curves were fit well with a Tafel equation, with parameters dependent on electrode configuration, electrolyte composition, and temperature. Water evaporation and interactions of hydrogen isotopes with the Pd cathode were evaluated and found not to be significant to energy balances. No ionizing radiation, tritiumproduction, or other evidence of fusion reactions was observed in the INEL experiments.