Hi Bernhard,
excellent work. And thanks to Robbie Joosten for digging out the
Schwarzschild paper. The last sentence, indeed, presages your work.
I only have a little remark on your Kretschmann invariant:
K = 48 g^2 m^2 / c^4 r^6 does not become singular at r = 0
K = 48 g^2 m^2 / (c^4 r^6) does.
I'm looking forward for the integration of your method with the
hypergravity sucking of all x-rays that are running around into a
nanofocus and everybody could have this device in his office. Maybe DoE
should postpone the LCLS4+ upgrade until all the little kinks of your
method have been worked out.
Best wishes,
Gerd Rosenbaum
On 31.03.2016 21:33, Bernhard Rupp (Hofkristallrat a.D.) wrote:
> Hi Fellows,
>
> after quite some tinkering we finally got an exciting new crystallization
> technique
> to work that has produced exciting results in the few cases tested so far.
>
> I attach the first page of the paper. The theory is somewhat involved
> (supplemental material) but the complete letter is available from
> http://www.hofkristallamt.org/Rupp_2016_Phys_Rev_Letters_116(13)_Hypergravit
> y.pdf
>
>
> Best regards, BR
> -----------------------------------------------------------------
> Bernhard Rupp
> 001 (925) 209-7429
> +43 (676) 571-0536
> [log in to unmask]
> http://www.ruppweb.org/
> -----------------------------------------------------------------
> Physicist are there to find the laws of nature.
> Engineers are there to work around them.
> -----------------------------------------------------------------
>
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