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Posts by Gregory Byron Goble
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Perhaps these last few comments, made since late Friday 4:22 pm, are off topic and should be moved to the Playground 😳⁉️
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poorly written paper will be ignored.
A very small percentage, found at LENR CANR are poorly written papers.
Very few Nobel Laureates in the data base... It's easy to name them.
Permit me to rant about that --
Ok, I guess. I'd rather not hear it though.
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BEC never said that.
Thanks I'll correct it. Tha article author said that... not BEC. I read it wrong.
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If the claims made by GEC are lies.... (I do not think they are) No problem, just forward thinking projections.
If the claims are true, keeping this technology to themselves is nefarious unless there is a valid justification for doing so. National security and fiscal preparation is considered. Also, positioning Allies and Industries for this disruptive event... Cold Fusion Commercialization.
You continue to worry me with your angles of attack. Future historians will also find them a bit intriguing.
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That's silly. Governments do not even realize cold fusion exists.
I was surprised by this accurate and bold
BEC quote... Ed correction... thanks orsova Actually the author's statement in the article about BEC commercialisation, "Despite the persistent attempts by criminal governments and arrogant academics to crush the field of cold fusion... -
ICCF-24 CMNS Energy Technologies
Consider how even the word novation has become obsolete.
Novation and the Laws of Physics
novation
/ (nəʊˈveɪʃən) /
noun
(legal terminology)
1) The substitution of a new obligation for an old one by mutual agreement between the parties, esp of one debtor or creditor for another
2) An obsolete word for innovation
WORD ORIGIN FOR NOVATION
C16: from Late Latin novātio a renewing, from Latin novāre to renew.
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Interesting biography from:
QuoteThe Roscongress Foundation is a socially oriented non-financial development institution and a major organizer of nationwide and international conventions; exhibitions; and business, public, youth, sporting, and cultural events. It was established in pursuance of a decision by the President of the Russian Federation.
The Foundation was established in 2007 with the aim of facilitating the development of Russia’s economic potential, promoting its national interests, and strengthening the country’s image. One of the roles of the Foundation is to comprehensively evaluate, analyse, and cover issues on the Russian and global economic agendas. It also offers administrative services, provides promotional support for business projects and attracting investment, helps foster social entrepreneurship and charitable initiatives.
Each year, the Foundation’s events draw participants from 208 countries and territories, with more than 15,000 media representatives working on-site at Roscongress’ various venues. The Foundation benefits from analytical and professional expertise provided by 5,000 people working in Russia and abroad.
The Foundation works alongside various UN departments and other international organizations, and is building multi-format cooperation with 173 economic partners, including industrialists’ and entrepreneurs’ unions, financial, trade, and business associations from 78 countries worldwide, and 179 Russian public organizations, federal and legislative agencies, and federal subjects.
Certainly 2016-2018 were better years... Sad yet true. I like to think that everyone's position on energy will dramatically change and become a thing of the past...
Not too far in the near distant future
The next generation in fact
Will know that the term 'Energy Crisis'
Was a term for unenlightened minds
The Past is Past... Now is almost so, also!
https://roscongress.org/en/speakers/tanaka-nobuo/events
Nobuo Tanaka
Chair the Steering Committee, ICEF ((Innovation for Cool Earth Forum), Special Advisor, the Sasakawa Peace Foundation (SPF), Executive Director, International Energy Agency (IEA) 2007-2011
Share: Quotes 4, Events 8
Biography
QuoteNobuo Tanaka is the Chairman of The Sasakawa Peace Foundation. As Executive Director of the International Energy Agency (IEA) from 2007 to 2011, he initiated a collective release of oil stocks in June 2011. He also played a crucial and personal role in the strengthening of ties with major non-Member energy players, including Russia, China and India.
He began his career in 1973 in the Ministry of Economy, Trade and Industry (METI), and has served in a number of high-ranking positions, including Director-General of the Multilateral Trade System Department. He was deeply engaged in bilateral trade issues with the US as Minister for Industry, Trade and Energy at the Embassy of Japan, Washington DC. He has also served twice as Director for Science, Technology and Industry (DSTI) of the Paris-based international organization, OECD
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Old news
Relevant regarding Nobuo Tanaka's standing with the Ministry of Economy, Trade and Industry and New Energy and Industrial Technology Development Organization (NEDO).
Big news Japan 2019
Source
Asia Times, formerly known as Asia Times Online, is a Hong Kong-based English language news media publishing group, covering politics, economics, business and culture from an Asian perspective. Asia Times publishes in English and simplified Chinese.
Cold fusion 2: Japan wins with systematic method
Quote
Cold fusion 2: Japan wins with systematic method
BY JONATHAN TENNENBAUM
NOVEMBER 16, 2019
This is the second of a three-part series. Click here to read part one, which relates how early experimentation in cold fusion was largely abandoned due to disappointing results when researchers attempted to replicate findings – but the second wave of research is now showing promising results.
In my view Japan – without question the world leader today when it comes to experimental research in this field – has produced the most compelling demonstrations of the existence and reproducibility of cold fusion.
Japan owes its leading position in large measure to consistent institutional and industrial support and a systematic, step-by-step approach emphasizing the development of advanced materials for cold fusion devices. Cold fusion research lies at the intersection of nuclear physics and materials science, and Japan’s successes in cold fusion would be impossible without a strong industrial base in the fields of nanomaterials and nanotechnology.
The Japanese effort has also profited from the leadership provided by Akito Takahashi of Osaka University, known for his work on hot fusion and other areas of nuclear science, who has been actively involved in cold fusion since its earliest days.
A watershed was reached two years ago with the completion of a multi-institutional project sponsored by the New Energy and Industrial Technology Development Organization (NEDO), one of the largest public funding agencies in Japan, working under the Ministry of Economy, Trade and Industry.
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Google-funded nuclear fusion reactor hits temperature way beyond sun's coreThe reactor hit a temperature of more than 135 million degrees Fahrenheit, said its operator TAE Technologies, which has just closed a $250m funding round.www.newsweek.com
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Recently we have found much more metal in the Sun than originally estimated. In the form of plasma, while less than 2%, it is expected to lead to better models which may solve the Solar Abundance Problem.
The Sun Is Made of Way More Metal Than We Thought
BY ED BROWNE ON 5/26/22
Newsweek
The sun is made of way more metal than we thoughtAstronomers say they're close to solving a years-old solar mystery after an up-to-date assessment of the sun's chemical make-up.www.newsweek.comALSO
National Geographic
Sun | National Geographic SocietyThe sun is an ordinary star, one of about 100 billion in our galaxy, the Milky Way. The sun has extremely important influences on our planet: It drives…education.nationalgeographic.orgQuote
About three quarters of the sun is hydrogen, which is constantly fusing together and creating helium by a process called nuclear fusion. Helium makes up almost the entire remaining quarter. A very small percentage (1.69 percent) of the sun’s mass is made up of other gases and metals: iron, nickel, oxygen, silicon, sulfur, magnesium, carbon, neon, calcium, and chromium This 1.69 percent may seem insignificant, but its mass is still 5,628 times the mass of Earth. - end quotes
Further Reading
"Solar Abundance Problem" Maria Bergemann and Aldo Serenelli
https://www.researchgate.net/publication/260799885_Solar_Abundance_Problem
Abstract and Figures
The chemical composition of the Sun is among the most important quantities in astrophysics. Solar abundances are needed for modelling stellar atmospheres, stellar structure and evolution, population synthesis, and galaxies as a whole. The solar abundance problem refers to the conflict of observed data from helioseismology and the predictions made by stellar interior models for the Sun, if these models use the newest solar chemical composition obtained with 3D and NLTE models of radiative transfer. Here we take a close look at the problem from observational and theoretical perspective. We also provide a list of possible solutions, which have yet to be tested.
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I certainly expect the Director of the IEA to be informed of ICCF-24. Who will invite him or provide him with a comprehensive report? I hope Nobuo Tanaka will do so. Also same same for Maria van der Hoeven.
The ICCF-24 home page states,
QuoteNobuo Tanaka Executive Director, The International Energy Agency (IEA)
Minor, but important, correction. He is the former Executive Director of the IEA.
He was followed by...
QuoteDisplay MoreMaria van der Hoeven is the former Executive Director of the International Energy Agency (IEA). As Executive Director of the IEA, Ms. Van der Hoeven steered the agency during a period of exceptional change in the global energy economy.
One of her overarching priorities was implementing a new Global Engagement Strategy to institutionally
bring in the major emerging energy players of the 21st century.
Another was expanding modern energy services to the 1.3 billion people worldwide who currently lack them. In recognition of the IEA’s efforts to address the crisis of energy poverty, Ms. Van der Hoeven served on the Advisory Board to the UN Sustainable Energy for All initiative.
Previously, Ms. Van der Hoeven served as Minister of Economic Affairs of the Netherlands from February 2007 to October 2010, during which time she demonstrated leadership on energy policy at the national, regional and global levels. Prior to becoming Minister of Economic Affairs, Ms. Van der Hoeven was Minister of Education, Culture and Science from 2002 to 2007.
She was an elected member of the Netherlands House of Representatives of the States-General from 1991 to 2002. Until 1987 she was head of the Adult Commercial Vocational Training Centre in Maastricht, after which she served as head of the Limburg Technology Centre until 1991.
IEA Leadership
Today
The IEA Secretariat is headed by Executive Director Dr Fatih Birol
Last updated: Mar 2022
QuoteDr Fatih Birol (@fbirol) has served as Executive Director of the International Energy Agency since 2015. Under his leadership, the IEA has moved to the forefront of global efforts to reach international climate goals while ensuring that the social and economic impacts of clean energy transitions are at the heart of policy-making and energy security is safeguarded.
After taking office, Dr Birol led the IEA in its first comprehensive modernisation programme since its creation in 1974. These efforts focused on “opening the doors” of the IEA to major emerging economies including Brazil, China, India and South Africa; making the IEA the global hub for clean energy transitions; and broadening the IEA’s energy security focus beyond oil to also cover electricity, natural gas, renewables and the critical minerals needed in many of today's clean energy technologies. With new governments joining the IEA, under his tenure the Agency’s share of global energy demand has risen from 40% to 75%.
Dr Birol took up his current position after rising through the ranks of the IEA over two decades. He joined as a junior analyst in the mid-1990s and rose to the position of Chief Economist responsible for the IEA’s flagship World Energy Outlook. Dr Birol has been named in the TIME100, TIME's annual list of the world's most influential people. He has also been named by Forbes as one of the most influential people in the world of energy and by the Financial Times as the Energy Personality of the Year. He chairs the World Economic Forum’s (Davos) Energy Advisory Board. He is the recipient of numerous state decorations, including the French Legion of Honour, the Japanese Emperor’s Order of the Rising Sun, the Order of the Polar Star from the King of Sweden and the highest Presidential decorations from Austria, Germany and Italy.
Before the IEA, Dr Birol worked at the Organisation of the Petroleum Exporting Countries (OPEC) in Vienna for six years. He earned a BSc degree in power engineering from the Technical University of Istanbul and received an MSc and PhD in energy economics from the Technical University of Vienna. Dr Birol was awarded a Doctorate of Science honoris causa from Imperial College London in 2013. He is an honorary life member of Galatasaray Football Club
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Monday mornings will never be the same... Perhaps.
LENR DISCOVERY
To provide education & inspiration surrounding energy generation technology, based on the emerging principles of unconventional fusion.
So ICCF-24 is really heating up.
Decided to study Wikipedia
Tobuo Tanaka
He was born on 3 March 1950 in Japan. He graduated from the University of Tokyo in the field of economics in 1972, and has an MBA from Case Western Reserve University, Cleveland, Ohio (1979).[1][2] In 1973 he began his career with the Ministry of Economy, Trade and Industry of Japan (METI). In 1989 he joined the Organisation for Economic Co-operation and Development (OECD) as the Deputy-Director for Science, Technology and Industry, and served in 1991–1995 as the Director for Science, Technology and Industry.[1][2]
In 1995 he returned to METI where he served as Director for Industrial Finance Division and as Director for Policy Planning and Coordination Division. In 1998–2000 he was posted at the Embassy of Japan in Washington, D.C., as Minister for Energy, Trade and Industry. After returning to Japan in 2000 he took a post of the Executive Vice President for the Research Institute of Economy Trade and Industry, and in 2002–2004 the post of the Director-General for the Multilateral Trade System Department of METI.[1][2]
From 16 August 2004 to 31 August 2007 Nobuo Tanaka was the Director for Science, Technology and Industry at the OECD, and head of the internal OECD Steering Group for the Centre for Entrepreneurship.[1][2]
On 1 September 2007 he succeeded Claude Mandil as the Executive Director of the IEA.[1]
On 1 September 2011, he was succeeded in this role by the Former Minister of Economic Affairs of the Netherlands, Maria van der Hoeven.[3][4][5]
- Since September 2011 he is Global Associate for Energy Security and Sustainability at the Institute for Energy Economics, Japan ("Eneken") in Tokyo.[6]
- He is also a Professor at the Graduate School of Public Policy, University of Tokyo.[7]
- He is also a fellow at the Center on Global Energy Policy[8] at Columbia University in New York where he has given lectures on subjects like Post Fukushima energy policy,[9] the Shale revolution and energy security,[10] China energy and sustainability,[11] and the Integral Fast Reactor[12] during frequent weekly visits to the Columbia Morningside campus each academic semester.[13]
He is a vocal advocate for advanced nuclear energy for Japan and international cooperation between Japan and the Republic of Korea to build the first commercial Integral Fast Reactor in the world.
On May 28, 2014 he hosted the Global Leader Program for Social Design and Management (GSDM) 15th Platform Seminar, The 79th Public Policy Seminar at the University of Tokyo (title: "Peaceful and Safer Use of Nuclear Power: Role of Integral Fast Reactor").[14] His research paper on the role of the Integral Fast Reactor was published in January 2017.[15]
ALSO
Source
rieti.go.jp was first indexed by Google more than 10 years ago
https://www.rieti.go.jp/jp/special/p_a_w/data/cv_tanaka.pdf
GBGOBLENOTE
GEC is marketing a CMNS energy technology
hybrid fission fusion reactor. Sort of a nano integral fast reactor...
LENR is not cold, it is nano hot... in my layman's opinion.
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Thanks stefan
A good study.
Also I've been pondering the role
hot helium or cold helium might play in CMNS.
We have nano helium... Different varieties.
Also hydrated helium. Not sure if any of this pertains to BLP though. Do they stand in a different field apart from CMNS?
The reference Carl Page made in his recent blog interview about locations in the lattice/solid state that
get really really cold (still)...
Also nano locations that
get really really hot (excited)...
Wikipedia
Ionised helium (He+), also known as
He II
is a very high energy material able to extract an electron from any other atom. He+ has an electron configuration...
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He didn't say anything about cold fusion, did he? I wonder if he knows anything about it.
Nobuo Tanaka
Executive Director of the International Energy Agency (IEA)
The IEA website makes no mention of cold fusion, LENR, CMNS, S-SAFE, etc etc.
I expect that to change.
My best guess is that Nobuo Tanaka is well prepared to speak about this change.
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S-SAFE Discovery Twitter feed
SSAFE Discovery (@SSAFEDiscovery) / Twitter#LowEnergyNuclearReactions Welcome to the energy of the future!mobile.twitter.com -
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I am particularly happy to learn that he is offering a prize of 2 million dollars for the team that will manage to demonstrate the operation of a system of direct electrical energy production based on energy-based nuclear reactions (Solide State Fusion Prize)
fabrice DAVID In the ICCF-24 screenshot you provided way back on the 23rd of February is lenrdiscovery.com
Source
lenrdiscovery.com was first indexed by Google in October 2021.
Your connection to this site is secure
About the source
lenrdiscovery.com
info
Google can't find much info on other sites to help you learn more about lenrdiscovery.com.
Site first indexed by Google
8 months ago
I had not noticed it till now.
WOW
Here ARE the SITES
LENR Discovery
LENR Discovery – A New Kind of Energy
Anyone have any insight into this?
LENR Discovery - Home | Facebook
LENR Discovery. 2 likes. LENR to power the future! Bringing you the news of LENR, the environment, and clean energy science!
https://m.facebook.com › ... › Videos
By LENR Discovery | Lattice Confinement Fusion energy has been gaining a lot of traction ... - Facebook
0:10 Mar 23, 2022 — More from LENR Discovery ; 00:11. 🗣️RSVP for the Solid ...
https://m.facebook.com › people
Lenr Discovery. Friends · Photos · Videos. Photos. Log in or Create an account to see photos of Lenr Discovery. Login into Facebook.
https://m.facebook.com › videos › ️-i...
LENR Discovery - 🗣️ ICCF 24 is open to more new... - Facebook
0:15 Feb 16, 2022 — More from LENR Discovery · Lattice Confinement Fusion ...
Lenr Discovery on Twitter: "COP26 begins Oct.31st. LENR is a ...
Conversation. Lenr Discovery · @LenrDiscovery. COP26 begins Oct.31st. LENR is a powerful, clean energy solution to fight climate change! https://twitter.com › status Lenr Discovery on Twitter: "Helion Energy was able to secure the ...
Lenr Discovery · @LenrDiscovery. Helion Energy was able to secure the $500 million funding and is taking steps closer to commercializing fusion energy!
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What is the lowest energy neutron we can detect?
The lowest neutron energy that can be measured by this detector, however, is 35 MeV, far above the neutron energies generated from many potential solar nucleosynthetic processes, for instance D-D, D-T and D-Li fusion reactions (Hoyle 1946, 1954).Jun 4, 2011
https://www.sciencedirect.com › ...PDF
Possible detection of low energy solar neutrons using boron based ...
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I am a blonde but not stupid.
Neutronium (sometimes shortened to neutrium,[1] also referred to as neutrite[2]) is a hypothetical substance composed purely of neutrons. The word was coined by scientist Andreas von Antropoff in 1926 (before the 1932 discovery of the neutron) for the hypothetical "element of atomic number zero" (with zero protons in its nucleus) that he placed at the head of the periodic table (denoted by dash, no element symbol).[3][4] However, the meaning of the term has changed over time, and from the last half of the 20th century onward it has been also used to refer to extremely dense substances resembling the neutron-degenerate matter theorized to exist in the cores of neutron stars; hereinafter "degenerate neutronium" will refer to this.
