Re: I've cracked the lens..
- From: Oz <Oz@xxxxxxxxxxxxxxxxxxxx>
- Date: Wed, 12 Apr 2006 08:29:27 +0100
Oh No <notI@xxxxxxxxxxxxxxxxxxxxxxxxxxxx> writes
There is also a
sin in the formula for luminosity distance in the curved space model. I
have become suspicious that it should be sin4. I tried the data fits,
for the supernova curves, and sure enough chi^2 does get reduced by a
few pips, and the teleconnection curve now lies bang on top of the
standard one. The standard curve does still have the lowest chi^2, for
both the Riess and Astier data, but now there is hardly any
disagreement
between the values of Omega for the teleconnection fits. 1.035 and
1.075
Only trouble is, I am not quite sure where the sin comes from, or
whether the factor should be 2 or 4, or even something else. I just
threw in a 4 ad hoc.
Sin of what and where. Some more info would be helpful.
--
Oz
This post is worth absolutely nothing and is probably fallacious.
.
- Follow-Ups:
- Re: I've cracked the lens..
- From: Oh No
- Re: I've cracked the lens..
- References:
- Re: I've cracked the lens..
- From: Oz
- Re: I've cracked the lens..
- From: Oh No
- Re: I've cracked the lens..
- From: Oz
- Re: I've cracked the lens..
- From: Oh No
- Re: I've cracked the lens..
- Prev by Date: Re: Disk real time
- Next by Date: Re: 2006 SFP forms (england).
- Previous by thread: Re: I've cracked the lens..
- Next by thread: Re: I've cracked the lens..
- Index(es):
Loading