![]() |
|
|
Thread Tools | Display Modes |
|
#1
|
|||
|
|||
![]() N:dlzc D:aol T:com (dlzc) wrote: Dear Chris O'Riordan: "Chris O'Riordan" wrote in message oups.com... The conventional explanantion for the superluminal motions observed in many quasar-type jets is that it is an optical illusion due to the jets being oriented at a fairly narrow angle to our line of sight. ... If the jets are truly superlumenal, how is it that we can see light from them? Since we *do* see light from them, and their spectra are "reasonable", the rest is "tricks of geometry". If they were superlumenal, the light could never leave... David A. Smith I had in mind a VSL (variable light speed) possible explanation, where the jet knots would not exceed the *local* value of c. The latter would need to be ~3 X 10^9 m/s at least in the case of quasar 3C273, for example. This is just a speculation, of course. I don't know why c would increase significantly outward along the axis of a (rotating, supermassive) black hole. Something to do with twizzled-up spacetime, mayhap?! |
Thread Tools | |
Display Modes | |
|
|
![]() |
||||
Thread | Thread Starter | Forum | Replies | Last Post |
Any complete standardized SNIa data out there? | Eric Flesch | Research | 77 | December 15th 04 09:30 PM |
Quasar variation - no time-dilation found by Mike Hawkins | Robin Whittle | Research | 4 | August 14th 04 08:31 PM |
Transverse Proximity Effect with a foreground quasar | Robin Whittle | Research | 3 | August 6th 04 11:02 AM |
Scientists explain mysterious plasma jets on the Sun (Forwarded) | Andrew Yee | Astronomy Misc | 0 | July 28th 04 07:54 PM |
Jets Spout Far Closer to Black Hole Than Thought, Scientists Say(Forwarded) | Andrew Yee | Astronomy Misc | 6 | January 7th 04 11:49 PM |