#61
|
|||
|
|||
Star Distances
|
#62
|
|||
|
|||
Star Distances
|
#63
|
|||
|
|||
Star Distances
On Tue, 11 Jul 2006 02:46:17 +0100, Phineas T Puddleduck
Gave us: On 11/7/06 02:43, in article , "Roy L. Fuchs" wrote: On 10 Jul 2006 15:09:57 -0700, "Hurt" Gave us: I killfiled hurt a long while ago. It is patently obvious he is trolling - Yet you keep coming back. Yeah, but he is not reading your posts, you retarded troll dumb****. He's not exactly doing much to refute the troll allegation is he? Stupid ******* that he is.... Yeah, well... some bunch of *******s called me one once as well, and now I get it all the ****ing time. Cest la vie... |
#64
|
|||
|
|||
Star Distances
On Tue, 11 Jul 2006 02:47:58 +0100, Phineas T Puddleduck
Gave us: On 11/7/06 02:44, in article , "Roy L. Fuchs" wrote: On 10 Jul 2006 18:18:47 -0700, "Hurt" Gave us: Oh I think most of these cosmological speculations ("theories") are wrong. There most likely are stars that are much closer. Close enough for us to reach with present technology. You're a goddamned retard. "Retard" is being kind too... What the hell are they teaching in science classes these days? I'd be willing to bet that it is NOT "Everything we claim to know could be 100% wrong." Even if something along those lines were introduced, it wouldn't encompass "everything". Perhaps "everything about cosmology" or such, but not basic physics. Otherwise, I wouldn't be able to shoot pool worth a ****, cause every shot relies on modern application of inertial physics. I shoot VERY well, so it can't just be luck. The physics must be right. |
#65
|
|||
|
|||
Star Distances
Hurt wrote: I'm not so sure, he dropped his argument of stellar distances being wrong when he learned of Hipparcos Oh I think most of these cosmological speculations ("theories") ... Ah so you are a troll, or do you just not know what the word "theory" means in science? are wrong. There most likely are stars that are much closer. Close enough for us to reach with present technology. Definitely a troll. Bye. |
#66
|
|||
|
|||
Star Distances
I am in the UK, Usenet is available worldwide. Strange though, your question implies [to me] that you were aware of a post of mine that didn't make it through to Google and which subsequently I deleted a section of. If it didn't make it through to Google it didn't make it to Usenet. My traffic often comes under "attack" whenever I start posting. I'm not sure if it's due to a SYN flood attack on the Google servers, the routers in-between, or something entirely different like someone trying to intercept my IP packets. I could be somebody believes I'm committing "thought crimes" but legally can't do anything about it. No. Let's be clear. We were talking of the Pioneer anomaly which is a linear, constant acceleration relative to the Sun. The Doppler shift (anomaly) is on average constant therefore linear but the acceleration may or may not be, linear that is, though constant. You're very careful with your words George. The Pioneers are on a trajectory that's arching radially up and out of the ecliptic plane. The acceleration could be angular, linear, or some combination of both. of prolonging a pointless argument? That is the hallmark of a troll and AFAICS you have no real interest in the subject, you just want to argue, so I'll leave it there. Oh, when people start calling me names I know it's because I must be conveying, borrowing from Al Gore, an inconvenient [to somebody] truth. |
#67
|
|||
|
|||
Star Distances
Are you trying to evade the issue? Perhaps you're aware that you're
wrong but you don't want to admit it? No. And I'm not wrong. Somebody left me a science magazine to read; which I did right before I got online. The article was very thought provoking. Being alone it's frustrating not to be able to discuss such thought provoking ideas. If that large object is nearby, the entire solar system won't experience the same acceleration from that object! The inverse-square law of gravity you know.... different parts of the solar system will have different distances to taht nearby object, AND THE DIFFERENT DISTANCES WILL BE SIGNIFICANT! "What are we going to use as a reference?" you It depends on how close and where this "thing" is. If it gets close enough the situation could be... problematic. |
#68
|
|||
|
|||
Star Distances
On 11 Jul 2006 09:27:04 -0700, "Hurt"
Gave us: I'm not sure if it's due to a SYN flood attack on the Google servers, the routers in-between, or something entirely different like someone trying to intercept my IP packets. I could be somebody believes I'm committing "thought crimes" but legally can't do anything about it. Maybe it is influence by the hidden by scientists dark star that the purple sneakered suicide troupe were trying to get to. Why don't you join them? |
#69
|
|||
|
|||
Star Distances
On 11 Jul 2006 09:27:04 -0700, "Hurt"
Gave us: The Doppler shift (anomaly) is on average constant therefore linear but the acceleration may or may not be, linear that is, though constant. You're very careful with your words George. The Pioneers are on a trajectory that's arching radially up and out of the ecliptic plane. The acceleration could be angular, linear, or some combination of both. You're an idiot. |
#70
|
|||
|
|||
Star Distances
On 11 Jul 2006 09:43:43 -0700, "Hurt"
Gave us: No. And I'm not wrong. Yes, you are. There is no companion star to the sun, and the stars that are nearby are EXACTLY where we have determined them to be. GET A ****ING CLUE, LITTLE BOY. |
Thread Tools | |
Display Modes | |
|
|
Similar Threads | ||||
Thread | Thread Starter | Forum | Replies | Last Post |
Yes, Virginia, Man NEVER Walked on the Moon... | Ed Conrad | Amateur Astronomy | 12 | September 4th 06 01:20 PM |
Who Says CROP CIRCLES are Man Made? | Ed Conrad | Astronomy Misc | 0 | May 25th 06 05:35 AM |
Off to Early Start in Worldwide Burning of EVOLUTION Textbooks | Ed Conrad | Astronomy Misc | 0 | April 29th 06 09:08 PM |
THE INCREDIBLE BILLY MEIER EXTRATERRESTRIAL CASE -- All the critics can go to hell | [email protected] | Astronomy Misc | 3 | April 20th 06 08:23 PM |
Space Calendar - January 27, 2004 | Ron | Astronomy Misc | 7 | January 29th 04 09:29 PM |