Japanese aversion to the word 'nuclear'

"When asked about the image they had of nuclear fusion, 60.7% of the respondents associated it with being “dangerous,” 41.9% said it made them “anxious,” and 24.4% said they “couldn’t trust it.” Only 5.9% knew that by design fusion cannot lead to an uncontrollable chain reaction."

Amid renewed interest in nuclear fusion, Japan’s research reaches critical stage

The nation is helping to pave the way for a cutting-edge project in France, but international cooperation is moving toward competition.

www.japantimes.co.jp

Quote from Cydonia

Simply Li7 is enough

Li7 simply? plus a steady stream of protons? ...is anyone else doing Lipinski expts now?..

the setup is very different from the Mizuno type reactor expt...

HYDROGEN-LITHIUM FUSION DEVICE - diagram, schematic, and image 01

Maybe Berkeley can do it with ARPA funds..

also there was quite an output of 'particles'

AFAIK no one has stuck Lithium (and certainly not Li11)instead of Nickel into a Mizuno type reactor with any successful XS heat.,,but I think Jurg wrote on Researchgate that the Lipinski results indicate

the participation of a condensed form of H, which he also wrote operates in Ni-LENR.

Quote from Cydonia

but even lighter elements...

lighter metals than transitions like Scandium and Calcium have very sparse low kev states

Quote from Wyttenbach

Samarium adds 2x D* - in two steps and the energy produces up to 10 cascading gammas.

whereas Sm, Gd and other rare earths have a huge diversity of low kev states

Gd 155 has a particularly low one at 22 kev.. with a reasonably long halflife..

Quote from magicsound

s. Focardi,

the pressure used by Focardi et al in the nineties was a lot higher than used in recent experiments..800 mbar versus ~ 2 mbar now

perhaps too much reactive hydrogen overloads the "LENR"pathway via Ni61..

and neutron production and transmutation reactions are used to get rid of the excess energy

"The sample loading in a natural hydrogen atmosphere was performed in successive steps. In each step, we started with an initial gas pressure in the range 400–800 mbar and thereafter a little amount of hydrogen was introduced into the cell through a suitable valve (p 400–600mbar)

. When the pressure decreased down to its starting value,new hydrogen was added (see fig. 3). After several loading cycles, the sample was ready and it was possible to trigger the exothermic process. Such an operation can be performed by lowering the input power, waiting for the sample temperature to decrease down to about 300 K, then suddenly restoring the previous power level. After this operation an increased equilibrium temperature, as shown in fig. 4, is obtained: the cell is producing an excess heat. Another way to trigger the process is to provoke a pressure step-like variation, as shown in fig. 5. After the triggering procedure, the production of excess heat is maintained for months.

I don't think its fraud.

there is some novel energy release that is happening..

Perhaps the 1000 Ev dense hydrogen formation(= his dyhydrino)

but his brilliant mind is fixated on hydrinos

even though the 150 hydrinos or so have gradually whittled away to no hydrino

and one remaining dihydrino

brilliant minds are brilliant at rationalizing away the contrary evidence

and doing workarounds..

there's a team of them at ITER

Quote from Paradigmnoia

Follow me for more cool recipes.

Gadolinium gamma..XUV >>>>> visible spectrum

maybe BLP's next brilliant idea

wait for the patent

Quote from Shane D.

the way he describes

he sure can talk the talk,,but the walk is 33 years now

I guess BLP would not show difficult feedback..

such as "Aren't you gonna toast your PV cells?"

Quote from Cydonia

chromium

the odd isotopes are usualy the ones with the lowest kev states

but Cr63 lowest kev state is at 560 kev.. all the other Cr isotopes are much higher

if there is a bottleneck at 560 kev,

560 kev is high enough to cause side reactions?

as compared with Ni61 at 67Kev?

you may like to look at Livechart IAEA... C'est bonne

Quote from me356

transition metal

which transition metals? Titanium? Cobalt? Manganese?

the good thing about Ni61 is that it has a longlived low kev state at around 6o kev... I don't think most of the other early transition metals do except for Fe57..which is a minor isotope.

If there is no easy path for the magnetic energy..bottlenecks may result in side reactions ... transmutations..neutrons etc...depending on the isotope mix..

Quote from Cydonia

flux definition

Quote from Cydonia

At atomic scale

We have Faraday/Lenz to thank for the term magnetic 'flux' before our present atomic scale.

but I think their definition can be applied at the atomic scale.. Flux change would be in

Webers per second , or rather Giga Webers per second..

As for hydrogen flux that is not at the atomic level..

Iwamura gives some equation at the chemical engineering level

Quote from me356

Where is it actually developed?

Wyttenbach says its magnetic flux.changes ..cascading down from the 20 Mev level through magnetic gamma states 1000 k ev 50 kev 5 kev ...with only a small fraction appearing as photons....gammas ..

Changing magnetic fluxes excite the atoms just like an induction coil heats metals.

..to cause mev phonons and weak photon emissions..

the problem is .. how to detect huge magnetic flux changes which dissipate in seconds on a micrometer scale..

new physics..

Quote from Daniel_G

first to claim flux

Are you talking about heat flux or hydrogen flux?

Hydrogen flux seems to be a popular concept at the moment

Celani 2022

"Again, the hydrogen flux into the bulk or from the surface seems the be the key-factor that produce AHE."

Iwamura across the water from Sapporo is also talking about changing hydrogen flux..

"

We assume that hydrogen flux is

one of the key factors to induce condensed matter nuclear reactions and the hydrogen flux is intentionally arranged by the present experimental method. Hydrogen flux J from the nano-sized metal multilayer composite to the chamber is caused by gradient of hydrogen concentration and gradient of temperature...2020

My intuitive interpretation is that the hydrogen flux causes dissociation and reassociation of the H2 molecules as they migrate through catalytic sites iuntil finally a correct orientation of the'reactive hydrogen' is made.... which then causes energy release

the likelihood of forming reactive hydrogen rather than the commonly known H2 and H forms is very low... but the more flux you get the more interactions/orientations you get.

But you have to keep the hydrogen moving and changing orientation.. otherwise it stays

as H2/H "gathering moss.. For what its worth..

Quote from Daniel_G

Rabbi Shlomo?

Maybe there are a few who are 3 steps ahead of the pack..likeTeller

if only he had been permitted 120years.....we might have had LENR as mainstream by now.

As for me I am running a different race.

Good to know that Mizuno is as active as ever.

and that there are two groups in North Japan not waiting on theory..

both very active ,with finance for R&D

2023 could be an annus mirabilis for LENR

Quote from Frogfall

such as a phosphor coating

Gadolinium is pretty..

works for xrays too

no one knows how

Persistent X-ray-activated phosphors: mechanisms and applications - Light: Science & Applications

www.nature.com

Quote from fabrice DAVID

, there are many places on Earth where hydrogen naturally comes out of the ground in large quantities.

Mali.. no oil

but plenty of desert and military

and also plenty of hydrogen..

C'est la vie,profonde, under the mango tree

Science | AAAS

Quote from Daniel_G

a very sensitive calorimeter he designed,

It was discussed on LF awhile back..

I think it was a team effort

Post

RE: Robert V Duncan at TTU: 5Mn$ for hydride research in "Seashore research LLC"

[…]

How much Texas funding did they use to produce this milliwhat.
Peltier calorimetry can go down to microwatts
. We have realized the setup with:
i compact calorimetric cell 32 mm of lateral size to be inserted in the gap of an electromagnet 2T maximum field,
iii miniaturized Peltier cells with high sensitivity which allows a resolution of heat flux measurement of about 1microwatt

A Peltier cells differential calorimeter with kinetic correction for the measurement of cp(H,T)cp(H,T) and

…

RobertBryant

Sep 17th 2020

Hopefully any calorimetry using ARPA funds will be more high T and cost less $..

Quote from Shane D.

Best not to look at it that closely!

Quote from Frogfall

That's because most earth-based commercial cells don't bother with the UV end of the spectrum

No spectra for BrilliantLP recent output is available

maybe its "under the hood"

but back in the day as Black LP there was plenty of peaks with EUV

90 ev = 15 nm

a long way from the comfort zone of solar panels

unless there is significant filtering, the panels will fry?

Role of UV in solar cell degradation

US scientists have tested a range of modern cell designs under strong ultraviolet light and have found that many of them, including p-type PERC and n-type…

www.pv-magazine.com

"Konrad Chersky, Professor of the Faculty of Physics at the University of Szczecin (Poland), shared.

- I dreamed about it. Over the past forty years, we have done a lot of research in the field of nuclear astrophysics. To understand the energy of stars, they tried low-energy nuclear reactions ... But most of all I was interested in cold nuclear fusion, as it can become a great scientific discovery that will revolutionize many areas, including the industrial one .

C'est beau...in Russian.

for many in LENR research is is not their day job and Czerski has other nuclear research.

responsibilties.

https://www.researchgate.net/publication/368397327_Chromosomal_radiosensitivity_of_human_breast_carcinoma_cells_and_blood_lymphocytes_following_photon_and_proton_exposures

Quote from Daniel_G

an over abundance of meshuganons…

Maseltov May you live to be 120, or at least 95 like Teller. There are quite a few meshugenons floating around in menschen courtesy of the WIV, Bigpharma

Quote from me356

Mizuno document is clear about this - aim is to achieve the highest flux and measuring loading ratio.

Daniel.. you are busy with other werk .. but is this still the aim

or is the Mizunotech presently focussed on more on high T output quantification

with a defined .mesh type/flux/loading ratio?

200W LED floodlight $50 or so

plus solar panel ..

electricity output 46W?

perhaps a bit more output than ITER after35 years.

but that is the grand concerted European folly...

not due to individual brilliance