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| Knecht... |
 Posted: Sun Apr 19, 2009 4:37 pm |
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Guest
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Response to Fine Structure Constant paper:
http://independent.academia.edu/RobertLOldershaw/Papers/84954/The-Meaning-of-the-Fine-Structure-Constant
[quote:0bf2ea0496]After just a quick look I have no idea about your paper except for one
thing: it does not make a good impression when all references are to
your own papers only.
[/quote:0bf2ea0496]
This is quite a typical response. No real comment on the substantive
ideas, just a superficial comment on the "style".
"On The Electrodynamics Of Moving Bodies [special relativity paper]"
had no
references, or very few. It did have one acknowledgement of Besso's
acting as a sounding board.
My paper had as many references as needed and it had only appropriate
ones. If they were all my own, sorry, but I seem to be the only one to
understand the material.
By the way, I think I will soon be able to demonstrate that Stellar
Scale systems have orbital angular momenta that come in discrete
integral multiples: nH/2pi. The value of H is the scaled up version of
Planck's constant h, as correctly predicted by Discrete Scale
Relativity. Results so far: 7 test systems, 6 bull's eyes, 1
unexpected half-integer result.
Feel free to ignore this too.
Yours in science,
Robert L. Oldershaw
www.amherst.edu/~rloldershaw
http://independent.academia.edu/RobertLOldershaw/Papers/80420/Discrete-Scale-Relativity |
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| Robert L. Oldershaw... |
| Posted: Mon Apr 27, 2009 4:12 am |
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Guest
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On Apr 27, 12:45 am, "Robert L. Oldershaw" <rlolders... at (no spam) amherst.edu>
wrote:
CORRECTION:
9.3205 x 10^46 erg sec = H/2pi
H = 5.8562 x 10^47 erg sec
Sorry about that,
RLO |
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