A “space,” in the mathematical sense, is any set of points that has geometric or topological structure.
NASA’s Lattice Confined Fusion (LCF)
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I understand 4D rotations and some topology. I understand the basics of symmetry groups . I get a fair bit of the mathematical stuff. I don't understand the physical part. What is the space that the rotations occur in?
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Dense matter has a different sapce/time structure. Time is co-linear with the space dimensions. At the De Broglie radius 6D dense matter space unfolds to the classic space.
"Time is co-linear with the space dimensions."
- Time is co-linear with the 3 dimensions of ordinary space? ... thus making 4 dimensions?
- I'm not sure what co-linear means in this context
"6D dense matter space".
- Does the 6 refer to the 6 independent parameters for rotations in 4D?
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- Does the 6 refer to the 6 independent parameters for rotations in 4D?
SO(4) has 6D. In 6D a compact connected body can have 5 full rotations (always D-1). But you have sub-spaces and lower degree rotations of e.g. a 3D body can go on completely uncoupled.
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chptr. 13.1 Most active lines vs. background. There are 80 more lines...
Samarium 151 ... a resurrected extinct nucleus ..halflife 88 yrs .. decays by beta minus to Eu151..
these 7 lines are so tantalising..
did nickel show up?
Rare earths like samarium and europium are so intriguing.. so many metastable isotopes.so many low Kev states.. and so much cheaper than palladium...
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Rare earths like samarium and europium are so intriguing.
I forgot about erbium...also relatively cheap only 9$/gm
". This element also has 13 meta states, with the most stable being 167mEr (t1/2 2.269 seconds).
When the deuteride is bombarded by 2.5 Mev bremstrahlung.NASA showed neutrons.. gamma radiation..
Er171 emissions 111.6 124, 295.9... 308.3 kev
evidence of fusion..
Perhaps NASA could try to get these emissions by just heating the samples up to 300..400C...
without the heavy incoming bremstrahlung???
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robert bryant i well understand everyone believes in their own beliefs however when you said:
the deuteride is bombarded by 2.5 Mev
Personally I no longer call that Cold fusion...
I forgot about erbium...also relatively cheap only 9$/gm
". This element also has 13 meta states, with the most stable being 167mEr (t1/2 2.269 seconds).
When the deuteride is bombarded by 2.5 Mev bremstrahlung.NASA showed neutrons.. gamma radiation..
Er171 emissions 111.6 124, 295.9... 308.3 kev
evidence of fusion..
Perhaps NASA could try to get these emissions by just heating the samples up to 300..400C...
without the heavy incoming bremstrahlung???
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bombarded by 2.5 Mev
Personally I no longer call that Cold fusion...
Moi aussi.
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... and the slim neutron counts are flooded from envinronmental noise from Dynamitron - see the just out NASA paper on differential detection of neutrons in a loud background.
Thomas Schenkel's view of GRC/Forsley nuclear trials: "funny".
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Thomas Schenkel's view of GRC/Forsley nuclear trials: "funny".
Where did Schenkel say this?
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... in a private meeting sponsored from GRC with not forsleyzed people - a sustained neutron yield don't need dedicated software to be confirmed.
Compare with old claims [2009]: "We are surprised by this"
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Moi aussi.
Here I thought you were Kiwi and not from across the Ditch
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... in a private meeting sponsored from GRC with not forsleyzed people - a sustained neutron yield don't need dedicated software to be confirmed.
Compare with old claims [2009]: "We are surprised by this"
I ask because I recall him saying that a meeting with them was ‘fun’, but not ‘funny’.
Is this the event you’re referring to?
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I ask because I recall him saying that a meeting with them was ‘fun’, but not ‘funny’.
Is this the event you’re referring to?
That was it. This is what Schenkel had to say:
“Fun event, very nice presentations and discussions. I'd be happy to be part of follow ups if there
is interest (e. g. ideas for next experiments, cross checks, etc). Also an interesting example of a
targeted workshop in the "new normal" of no or hardly any travel, which we might be stuck in for
a while.”
Thomas Schenkel, Ph.D. (Lawrence Berkeley National Lab)
Understandable that Ahlfors interpreted "fun" as "funny". English can be tricky.
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Your desire of CF success can be tricky.
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Erbium has no naturally occurring unstable isotopes, and it's not very heavy, in the big scheme of things, so my prediction — (1) in the case of an erbium hydride or deuteride that shows activity, the activity will be traced back to some natural impurity, and (2) pure erbium will be boring. (Predictions are good because they can be falsified.)
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Your desire of CF success can be tricky.
Are you acknowledging a desire for CF failure, Ahlfors ?
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Nope, but I don't like theological papers and ghostly neutron enthusiams.
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Nope, but I don't like theological papers and ghostly neutron enthusiams.
You are referring to the last paper with the bubble neutron detectors? You think the proof is not enough? I completely disagree. I think they shoud have measured background independently and not assume Cu-D depositions would be background, tho, this is the paper greatest "sin", IMHO.
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