Gravitation kann EH überqueren

16/04/2009 - 18:50 von Vogel | Report spam




http://cat.inist.fr/?aModele=afficheN&cpsidt@17981




A phase-integral condition determining frequencies for which a
gravitational wave would pass through the curvature potential that
surrounds a Schwarzschild black hole is derived. Numerical results obtained
from this condition agree well with the eigenfrequencies that distinguish
the so-called «algebraically special» perturbations of the hole. The
results suggest that the «special» modes should perhaps be identified as
total transmission solutions




Gell Gregor;-)





Selber denken macht klug.
 

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#1 g.scholten
16/04/2009 - 19:09 | Warnen spam
On 16 Apr., 18:50, Vogel wrote:
http://cat.inist.fr/?aModele=afficheN&

A phase-integral condition determining frequencies for which a
gravitational wave would pass through the curvature potential that
surrounds a Schwarzschild black hole is derived. Numerical results obtained
from this condition agree well with the eigenfrequencies that distinguish
the so-called «algebraically special» perturbations of the hole. The
results suggest that the «special» modes should perhaps be identified as
total transmission solutions



buy yourself German book, has me also very helped.

The article costs money. The short abstract, that can be viewed for
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