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From: G. L. Bradford on 31 May 2010 04:18 "Sam Wormley" <swormley1(a)gmail.com> wrote in message news:RPCdnc9gP9vYcp_RnZ2dnUVZ_jSdnZ2d(a)mchsi.com... > On 5/30/10 4:39 PM, G. L. Bradford wrote: >> The traveler can only decelerate in velocity relatively speaking, thus >> he, or she, or it, decelerates in velocity into an apparently globally >> expanding nearer universe external (non-local) to his own local universe >> frame. > > ILLUCID > > Hidden is the law of inertia is that fact the whether an object > is in motion or not depends strictly on the point of view of > the observer. ======================= So?!?! I have it right on. You're out to lunch. Try reading and thinking before replying next time. Also, it's 'Hidden [in] the law of inertia is [the] fact [that] whether.....' (ILLUCID: "Hidden is the law of inertia is that fact the whether...." -- Sam Wormley.) GLB =======================
From: guskz on 31 May 2010 14:08 Sam Wor
From: rick_s on 3 Jun 2010 14:57
In article <ccaa60ef-a848-4bf7-be0c-c703d35fa3a4(a)y12g2000vbr.googlegroups.com>, suzysewnshow(a)yahoo.com.au says... > > >On May 30, 1:23�pm, "gu...(a)hotmail.com" <gu...(a)hotmail.com> wrote: >> Hubble omitted the Relativistic Aberration of Light, this gives an >> incorrect measurement of the *brightness* of a supernova. >> >> Not from supernovas, but extreme aberration causes light from behind >> an observer to appear in front, likewise all of space contracts (NOT >> expands) to a single point. This can also falsify CMBR data. >> >> The more distant supernovas have a DOUBLE effect, not only is their >> recession velocity greater (#1), but the tinniest deviation of their >> light beam projections has a larger impact on their observed >> brightness(#2). > >=================== > >> >> I haven't done it, I'd prefer to let someone else do the math, and >> then give him credibility to both his present & future remarks. > >I ran one of the these for a few monthis so >I can do the maths for you. > >http://www.gouverneurmuseum.org/Features/theater/projector.html > >But you have to tell us where the >"light beam projectors" are located on a supernova. > > >Sue... > > At the back. They are always at the back. |