MOTTO
'My first 3 Septoes/100 are centered on the idea of interestingness of the World, snd Chaos is there:
1.The Universe feeds our insatiable curiosity forever
2. The Universe is obsessed to be interesting.
3. The world is simultaneously chaotic and ordered.
DAILY NOTES
Thinking about chaos and LENR, Chaos and LENR
As you probably have remarked my blog strategy is to write daily and offer you LENR information, and, in the same time to examine the problems and perspectives
of LENR from a different - if possible new- point of view.
This morning I have decided to think and write about chaos in our field- and how could we have less of it... then in the late afternoon I came upon this paper revealing a novel facet of the concept:
'My first 3 Septoes/100 are centered on the idea of interestingness of the World, snd Chaos is there:
1.The Universe feeds our insatiable curiosity forever
2. The Universe is obsessed to be interesting.
3. The world is simultaneously chaotic and ordered.
DAILY NOTES
Thinking about chaos and LENR, Chaos and LENR
As you probably have remarked my blog strategy is to write daily and offer you LENR information, and, in the same time to examine the problems and perspectives
of LENR from a different - if possible new- point of view.
This morning I have decided to think and write about chaos in our field- and how could we have less of it... then in the late afternoon I came upon this paper revealing a novel facet of the concept:
Chaos could provide the key to enhanced wireless communications
https://www.sciencedaily.com/releases/2016/08/160823125153.htm
https://www.sciencedaily.com/releases/2016/08/160823125153.htm
It is multi-directional chaos in LENR:
- expressive chaos- conceptual the concept are not well defined and related'
- explanatory chaos- many incompatible, uncorrelable theories, lack of taxonomy;- - - exegetic chaos- no unitary, systematic interpretation of the data and facts;
- exploratory chaos- experimental strategy is rather aleatory no best ways and best practises established.
But there are already forming islands or order and rationality in the chaos.
ICCF20 will be an opportunity to find and build more order in LENR and to reduce significantly the chaos- a task for the real LENR community. The people who care for LENR.
DAILY NEWS
1) Presentation at:
69th Annual Gaseous Electronics Conference
Monday–Friday, October 10–14, 2016; Bochum, Germany
Session MW6: Poster session II
5:30 PM–5:30 PM, Wednesday, October 12, 2016
Room: Foyer
For those who dislike "chaos" we can call it "slight disorientation".
DAILY NEWS
1) Presentation at:
69th Annual Gaseous Electronics Conference
Monday–Friday, October 10–14, 2016; Bochum, Germany
Session MW6: Poster session II
5:30 PM–5:30 PM, Wednesday, October 12, 2016
Room: Foyer
http://meetings.aps.org/Meeting/GEC16/Session/MW6.27Abstract
Submitted for the GEC16 Meeting of The American Physical Society
Excess Thermal Energy In The Cell Loaded With Mixture of Ni Powder And Li[AlH4] SHI NGUYEN-KUOK-1 , YURY MALAKHOV-2 , IVAN KOROTKIKH-3 ,
Interest has significantly increased in the study of LowEnergy Nuclear Reactions. Especially after the publication of the test results from Andrea Rossi’s high-temperature heat source that operates on a mixture of Nickel powder and Lithium Aluminum Hydride. Initial experiments showed that the reaction is unstable; occurring in a narrow temperature range (in practice, it is outside the melting temperature of the fuel materials). In this work we describe the design of the heat generator, the calorimetric method for measuring the amount of heat energy. The results demonstrate excess heat during heating the powder mixture of Ni and Li[AlH4] to temperatures ranging from 1030—1140 C. The generator did not expose an X-ray photographic emulsion.
1-Professor
2-Associate professor
3-Student
2) My Mettling Into Cold Fusion Cold Fusion Replication Mp3 Download
Submitted for the GEC16 Meeting of The American Physical Society
Excess Thermal Energy In The Cell Loaded With Mixture of Ni Powder And Li[AlH4] SHI NGUYEN-KUOK-1 , YURY MALAKHOV-2 , IVAN KOROTKIKH-3 ,
Interest has significantly increased in the study of LowEnergy Nuclear Reactions. Especially after the publication of the test results from Andrea Rossi’s high-temperature heat source that operates on a mixture of Nickel powder and Lithium Aluminum Hydride. Initial experiments showed that the reaction is unstable; occurring in a narrow temperature range (in practice, it is outside the melting temperature of the fuel materials). In this work we describe the design of the heat generator, the calorimetric method for measuring the amount of heat energy. The results demonstrate excess heat during heating the powder mixture of Ni and Li[AlH4] to temperatures ranging from 1030—1140 C. The generator did not expose an X-ray photographic emulsion.
1-Professor
2-Associate professor
3-Student
2) My Mettling Into Cold Fusion Cold Fusion Replication Mp3 Download
http://www.mediarockz.info/my-mettling-into-cold-fusion-cold-fusion-replication.html
3) LENR under the action of laser- video, in Russian
3) LENR under the action of laser- video, in Russian
LENR под воздействием лазера
https://www.youtube.com/watch?v=5vfo_tJUfTs
4) Rossi on QuarkX Problems and Solutions
http://www.e-catworld.com/2016/08/25/rossi-on-quarkx-problems-and-solutions/
https://www.lenr-forum.com/forum/index.php/Thread/3693-Rossi-on-QuarkX-Problems-and-Solutions/
4) Rossi on QuarkX Problems and Solutions
http://www.e-catworld.com/2016/08/25/rossi-on-quarkx-problems-and-solutions/
https://www.lenr-forum.com/forum/index.php/Thread/3693-Rossi-on-QuarkX-Problems-and-Solutions/
5) 08 Aug. 2016 "Global Wave" ( Ya.P. Starukhin) went s second time to Eisk to meet and discuss withAlexander Evghenievich Kuznetsov VIDEO
24.08.2016г. "Глобальная волна" (Старухин Я.П.) второй раз в Ейске у Кузнецова Александра Евгеньевича http://lenr.seplm.ru/novosti/24082016g-globalnaya-volna-starukhin-yap-vtoroi-raz-v-eiske-u-kuznetsova-aleksandra-evgenevicha
The inventor created his LENR reactor with a working temperature intermediary between those of the E-Cat and the Hot E-Cat of Rossi (750 C) - similar as construction with Rossi's nigh temperature generator, however with the difference that Rossi has increased the temperature while Kuznetsov has increased the pressure of hydrogen.
AXIL DIXIT
Comment on Rossi's Patents
Rossi patent update.
patentscope.wipo.int/search/do
As was shown in the Lugano demo, waveform stimulation produces a limited power density reaction that does not exceed at most COP=3 and some say far less. The stimulation that might be used to produce the very high COP is the electrostatic stimulation that generates the TAO effect. That is the reference to the two electrodes that can produce an EMF potential of up to 100,000 volt and is defined in an update to the Rossi patent.
If you read this patent update that references the NEW electrostatic stimulator which operates between 50 and 100 KV, Rossi says that the resistance heater is NO LONGER REQUIRED for reactor operations but is still required to heat the reactor to operating temperature at startup.
Rossi also says that the reaction temperature is between 400 to 600C. This means that the update is applied to the LOW TEMPERATURE REACTOR.
LENR IN CONTEXT-1
Mechano-chemical Synthesis of NaAlH4 ˖ Optimization of Reaction Conditions
http://www.matec-conferences.org/articles/matecconf/pdf/2016/30/matecconf_smae2016_06064.pdf
Won-Bi Han1,a, Ki-Kwang Bae1,b, Kyoung-Soo Kang1,c, Seoung-Uk Jeong1,d, Won-Chul Cho1,e Chang-Hee Kim1,f and Chu-Sik Park1,g,*
1 Hydrogen Energy Research Center, Korea Institute of Energy Research, 152 Gajeong-ro, Yuseong-gu, Daejeon 34129, Republic of Korea a wbhan@kier.re.kr, b kkbae@kier.re.kr, c kskang@kier.re.kr, d sujung@kier.re.kr, e mizkee@kier.re.kr, f chk14@kier.re.kr, g,*cspark@kier.re.kr(Corresponding author)
Abstract.
NaAlH4 was mechano-chemically synthesized with high energy ball-milling method. The effect of synthesis conditions such as milling time, H2 pressure, chloride catalysts, and solvents was investigated to enhance the synthesis of NaAlH4. Among the chloride catalysts, TiCl4 showed the highest H2 pressure decrease which means the highest NaH conversion to NaAlH4. Furthermore, when the NaAlH4 was synthesized with THF solvent, it exhibited the higher H2 pressure decrease than that of sample prepared without THF solvent. This is mainly due to the synergy effect of TiCl4 catalyst and THF solvent.
LENR IN CONTEXT-2
Bruno the brave
For anyone who dares to voice dangerous ideas and risk imprisonment or exile, Giordano Bruno remains a hero
https://aeon.co/essays/why-giordano-bruno-is-still-a-free-speech-hero-today?utm_source=Aeon+Newsletter&utm_campaign=d338e52aed-Daily_Newsletter_25_August_20168_25_2016&utm_medium=email&utm_term=0_411a82e59d-d338e52aed-69012005
Thinking about the martyrs of Cold Fusion, LENR. remains a hero
Rossi patent update.
patentscope.wipo.int/search/do
As was shown in the Lugano demo, waveform stimulation produces a limited power density reaction that does not exceed at most COP=3 and some say far less. The stimulation that might be used to produce the very high COP is the electrostatic stimulation that generates the TAO effect. That is the reference to the two electrodes that can produce an EMF potential of up to 100,000 volt and is defined in an update to the Rossi patent.
If you read this patent update that references the NEW electrostatic stimulator which operates between 50 and 100 KV, Rossi says that the resistance heater is NO LONGER REQUIRED for reactor operations but is still required to heat the reactor to operating temperature at startup.
Rossi also says that the reaction temperature is between 400 to 600C. This means that the update is applied to the LOW TEMPERATURE REACTOR.
LENR IN CONTEXT-1
Mechano-chemical Synthesis of NaAlH4 ˖ Optimization of Reaction Conditions
http://www.matec-conferences.org/articles/matecconf/pdf/2016/30/matecconf_smae2016_06064.pdf
Won-Bi Han1,a, Ki-Kwang Bae1,b, Kyoung-Soo Kang1,c, Seoung-Uk Jeong1,d, Won-Chul Cho1,e Chang-Hee Kim1,f and Chu-Sik Park1,g,*
1 Hydrogen Energy Research Center, Korea Institute of Energy Research, 152 Gajeong-ro, Yuseong-gu, Daejeon 34129, Republic of Korea a wbhan@kier.re.kr, b kkbae@kier.re.kr, c kskang@kier.re.kr, d sujung@kier.re.kr, e mizkee@kier.re.kr, f chk14@kier.re.kr, g,*cspark@kier.re.kr(Corresponding author)
Abstract.
NaAlH4 was mechano-chemically synthesized with high energy ball-milling method. The effect of synthesis conditions such as milling time, H2 pressure, chloride catalysts, and solvents was investigated to enhance the synthesis of NaAlH4. Among the chloride catalysts, TiCl4 showed the highest H2 pressure decrease which means the highest NaH conversion to NaAlH4. Furthermore, when the NaAlH4 was synthesized with THF solvent, it exhibited the higher H2 pressure decrease than that of sample prepared without THF solvent. This is mainly due to the synergy effect of TiCl4 catalyst and THF solvent.
LENR IN CONTEXT-2
Bruno the brave
For anyone who dares to voice dangerous ideas and risk imprisonment or exile, Giordano Bruno remains a hero
https://aeon.co/essays/why-giordano-bruno-is-still-a-free-speech-hero-today?utm_source=Aeon+Newsletter&utm_campaign=d338e52aed-Daily_Newsletter_25_August_20168_25_2016&utm_medium=email&utm_term=0_411a82e59d-d338e52aed-69012005
Thinking about the martyrs of Cold Fusion, LENR. remains a hero
sciencedaily.com/releases/2016/08/160822152626.htm
ReplyDeleteFor more detail see as follows:
arxiv.org/pdf/1604.08297v1.pdf
Abstract
Nonperturbative coupling of light with condensed matter in an optical cavity is expected to reveal a host of coherent many-body phenomena and states [1–7]. In addition, strong coherent light-matter interaction in a solid-state environment is of great interest to emerging quantum-based technologies [8, 9]. However, creating a system that combines a long electronic coherence time, a large dipole moment, and a high cavity quality (Q) factor has been a challenging goal [10–13]. Here, we report collective ultrastrong light-matter coupling in an ultrahigh-mobility two-dimensional electron gas in a high-Q terahertz photonic-crystal cavity in a quantizing magnetic field, demonstrating a cooperativity of ∼360. The splitting of cyclotron resonance (CR) into the lower and upper polariton branches exhibited a √ ne-dependence on the electron density (ne), a hallmark of collective vacuum Rabi splitting. Furthermore, a small but definite blue shift was observed for the polariton frequencies due to the normally negligible A 2 term in the light-matter interaction Hamiltonian. Finally, the high-Q cavity suppressed the superradiant decay of coherent CR, which resulted in an unprecedentedly narrow intrinsic CR linewidth of 5.6 GHz at 2 K. These results open up a variety of new possibilities to combine the traditional disciplines of many-body condensed matter physics and cavity-based quantum optics.
The key to LENR is strong coupling between the hydrogen atom and light. When the cavity that holds the hydrogen is the optimum size, vacuum energy provides most of the energy to delocalized electrons from protons to form metalized hydrogen. The optimum cavity size does the same job as extreme pressure to form metalized hydrogen.
If hydrogen is packed into a Nano cavity of the ideal size a strong coupling state might be achieved between the protons in the hydrogen and the light. In this way a state of superconductive coherence of protons might be formed: a proton condinsate.
This state of superconductivity has been detected by Holmlid and Miley in iron oxide. The high temperature proton BEC might produce a super-dense state of hydrogen as measured by Holmlid where the electrons and protons are delocalized from each other, this state of charge delocalization has been seen in water inclusions inside a crystal.
physics.aps.org/articles/v9/43
Water Molecule Spreads Out When Caged
What actually compresses the protons into a condinsate is vacuum energy because the cavity squeezes the light/matter condensate greatly.
As described in the referenced article by looking for a hydrogen BEC in cavities, a LENR researcher could find the ideal dimensions of the Nano cavity that produces the condensed hydrogen and engineer a material that produces this ultra-dense hydrogen crystal in abundance.
Currently in LENR reactors, pure chance produces metalized hydrogen in a highly porous metal that feature a wide range of cavity sizes which include the optimum cavity size that is made widely available by random chance.
What really compresses hydrogen to the LENR active ultra-dense metalized state is not high pressure, but the ideal combination of cavity shape/size, light frequency, EMF environment and vacuum energy.
Peter,
ReplyDeleteHave you covered Vachaev plasmoid beofre. Would it be similar to TAO effect mentioned in today's blog.
Cheers.
DeleteDear Max,
Sure I wrote about Vachaev's plasmoid e.g. here
http://egooutpeters.blogspot.ro/2016/02/feb-23-2016-lenr-to-grow-by-cognitive.html
Not clear information
About which TAO effect are you speaking?
I think you better write to my private address
peter.gluck@gmail.com in which language is more fmiliar to you.
Yours,
Peter
sciencedaily.com/releases/2016/08/160822152626.htm
ReplyDeleteFor more detail see as follows:
arxiv.org/pdf/1604.08297v1.pdf
Abstract
Nonperturbative coupling of light with condensed matter in an optical cavity is expected to reveal a host of coherent many-body phenomena and states [1–7]. In addition, strong coherent light-matter interaction in a solid-state environment is of great interest to emerging quantum-based technologies [8, 9]. However, creating a system that combines a long electronic coherence time, a large dipole moment, and a high cavity quality (Q) factor has been a challenging goal [10–13]. Here, we report collective ultrastrong light-matter coupling in an ultrahigh-mobility two-dimensional electron gas in a high-Q terahertz photonic-crystal cavity in a quantizing magnetic field, demonstrating a cooperativity of ∼360. The splitting of cyclotron resonance (CR) into the lower and upper polariton branches exhibited a √ ne-dependence on the electron density (ne), a hallmark of collective vacuum Rabi splitting. Furthermore, a small but definite blue shift was observed for the polariton frequencies due to the normally negligible A 2 term in the light-matter interaction Hamiltonian. Finally, the high-Q cavity suppressed the superradiant decay of coherent CR, which resulted in an unprecedentedly narrow intrinsic CR linewidth of 5.6 GHz at 2 K. These results open up a variety of new possibilities to combine the traditional disciplines of many-body condensed matter physics and cavity-based quantum optics.
The key to LENR is strong coupling between the hydrogen atom and light. When the cavity that holds the hydrogen is the optimum size, vacuum energy provides most of the energy to delocalized electrons from protons to form metalized hydrogen. The optimum cavity size does the same job as extreme pressure to form metalized hydrogen.
If hydrogen is packed into a Nano cavity of the ideal size a strong coupling state might be achieved between the protons in the hydrogen and the light. In this way a state of superconductive coherence of protons might be formed: a proton condinsate.
This state of superconductivity has been detected by Holmlid and Miley in iron oxide. The high temperature proton BEC might produce a super-dense state of hydrogen as measured by Holmlid where the electrons and protons are delocalized from each other, this state of charge delocalization has been seen in water inclusions inside a crystal.
physics.aps.org/articles/v9/43
Water Molecule Spreads Out When Caged
What actually compresses the protons into a condinsate is vacuum energy because the cavity squeezes the light/matter condensate greatly.
As described in the referenced article by looking for a hydrogen BEC in cavities, a LENR researcher could find the ideal dimensions of the Nano cavity that produces the condensed hydrogen and engineer a material that produces this ultra-dense hydrogen crystal in abundance.
Currently in LENR reactors, pure chance produces metalized hydrogen in a highly porous metal that feature a wide range of cavity sizes which include the optimum cavity size that is made widely available by random chance.
What really compresses hydrogen to the LENR active ultra-dense metalized state is not high pressure, but the ideal combination of cavity shape/size, light frequency, EMF environment and vacuum energy.
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