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Star Distances
The anomalous acceleration of Pioneer 10 and 11 is in the direction of the Sun, not away from it. In other words they are slowing down more than expected, not speeding up. Double-A Double? A binary system! Oh my gawd, we're in a binary star system. So let me get this straight, I am right, the spacecraft is slowing down due to a star... behind us. The probe is now far enough away so that the gravity of our Sun is not overwhelming, therefore not masking, our ability to detect the pull of "our" other sun? Wow! Neato! I love it! Hey, that would screw up parallax measurements as well. http://astrosun2.astro.cornell.edu/a...bin_orbits.htm |
#2
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Star Distances
"Hurt" wrote in message oups.com... The anomalous acceleration of Pioneer 10 and 11 is in the direction of the Sun, not away from it. In other words they are slowing down more than expected, not speeding up. Double-A Double? A binary system! Oh my gawd, we're in a binary star system. "Double-A" is the signature of the poster. So let me get this straight, I am right, the spacecraft is slowing down due to a star... behind us. The probe is now far enough away so that the gravity of our Sun is not overwhelming, therefore not masking, our ability to detect the pull of "our" other sun? Wow! Neato! I love it! Both Pioneers are slowing and they are on opposite sides of the Sun so your extra star is on both sides of the Sun at the same time, and again, the anomaly does NOT affect the planets, the gravitational pull of another body would so the cause is NOT another object. Please look at figure 3 on page 5 of this paper before writing any mo http://www.arxiv.org/abs/gr-qc/0104064 HTH George |
#3
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Star Distances
"Double-A" is the signature of the poster. What makes you think that I'm referencing his signature. Maybe her. Is that a cup size? Both Pioneers are slowing and they are on opposite sides of the Sun so your extra star is on both sides of the Sun at the same time, and again, the anomaly does NOT affect the planets, the gravitational pull of another body would so the cause is NOT another object. Well George, the Pioneers are almost centered symmetrically above the ecliptic plane, so an object somewhere below the plane might be plausible. Also note that the acceleration is greater for Pioneer 11 which is closer. We concluded [12], from the JPL-ODP analysis, that there is an unmodeled acceleration, aP , towards the Sun of (8.09 ± 0.20) × 10-8 cm/s2 for Pioneer 10 and of (8.56±0.15)×10-8 cm/s2 for Pioneer 11. http://www.heavens-above.com/solar-escape.asp Distance from Earth (AU) Pioneer 10 : 91.885 Pioneer 11 : 70.687 And the planets are being affected. Solar "Global" Warming. Please look at figure 3 on page 5 of this paper before writing any mo http://www.arxiv.org/abs/gr-qc/0104064 Good reading. Thanks. |
#4
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Star Distances
"Hurt" wrote in message ups.com... [I wrote:] Both Pioneers are slowing and they are on opposite sides of the Sun so your extra star is on both sides of the Sun at the same time, and again, the anomaly does NOT affect the planets, the gravitational pull of another body would so the cause is NOT another object. Well George, the Pioneers are almost centered symmetrically above the ecliptic plane, so an object somewhere below the plane might be plausible. No, the majority of the anomaly would then be directed out of the plane. The anomalous acceleration is in the plane towards the Sun. Also note that the acceleration is greater for Pioneer 11 which is closer. And each of the values appears to be constant, independent of the distance from the Sun. We concluded [12], from the JPL-ODP analysis, that there is an unmodeled acceleration, aP , towards the Sun of (8.09 ± 0.20) × 10-8 cm/s2 for Pioneer 10 and of (8.56±0.15)×10-8 cm/s2 for Pioneer 11. http://www.heavens-above.com/solar-escape.asp Distance from Earth (AU) Pioneer 10 : 91.885 Pioneer 11 : 70.687 And the planets are being affected. Nope their motion is not being affected. Solar "Global" Warming. Please look at figure 3 on page 5 of this paper before writing any mo http://www.arxiv.org/abs/gr-qc/0104064 Good reading. Thanks. There's a lot of good background information in the paper if you are serious about understanding the problem. George |
#5
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Star Distances
George Dishman wrote:
"Hurt" wrote in message oups.com... [I wrote:] Both Pioneers are slowing and they are on opposite sides of the Sun so your extra star is on both sides of the Sun at the same time, and again, the anomaly does NOT affect the planets, the gravitational pull of another body would so the cause is NOT another object. Well George, the Pioneers are almost centered symmetrically above the ecliptic plane, so an object somewhere below the plane might be plausible. No, the majority of the anomaly would then be directed out of the plane. The anomalous acceleration is in the plane towards the Sun. Also note that the acceleration is greater for Pioneer 11 which is closer. And each of the values appears to be constant, independent of the distance from the Sun. We concluded [12], from the JPL-ODP analysis, that there is an unmodeled acceleration, aP , towards the Sun of (8.09 ± 0.20) × 10-8 cm/s2 for Pioneer 10 and of (8.56±0.15)×10-8 cm/s2 for Pioneer 11. http://www.heavens-above.com/solar-escape.asp Distance from Earth (AU) Pioneer 10 : 91.885 Pioneer 11 : 70.687 And the planets are being affected. Nope their motion is not being affected. Solar "Global" Warming. Please look at figure 3 on page 5 of this paper before writing any mo http://www.arxiv.org/abs/gr-qc/0104064 Good reading. Thanks. There's a lot of good background information in the paper if you are serious about understanding the problem. He isn't. He'd prefers the comfort of his delusions. -- COOSN-266-06-39716 Official Associate AFA-B Vote Rustler Official Overseer of Kooks and Saucerheads in alt.astronomy Co-Winner, alt.(f)lame Worst Flame War, December 2005 Official "Usenet psychopath and born-again LLPOF minion", as designated by Brad Guth "And without accurate measuring techniques, how can they even *call* quantum theory a "scientific" one? How can it possibly be referred to as a "fundamental branch of physics"?" -- Painsnuh the Lamer "Well, orientals moved to the U.S. and did amazingly well on their own, and the races are related (brown)." -- "Honest" John pontificates on racial purity "Significant new ideas have rarely come from the ranks of the establishment." -- Double-A on technology development |
#6
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Star Distances
No, the majority of the anomaly would then be directed out of the plane. The anomalous acceleration is in the plane towards the Sun. They don't give any precise vector; they use words like away, towards, and radial towards the Sun. And each of the values appears to be constant, independent of the distance from the Sun. The sigma is very large. You can't be sure it's constant with that sigma, over that range. No magnitude variation of aP with distance was found, within a sensitivity of s0 = 2×10-8 cm/s2 over a range of 40 to 60 AU. And the planets are being affected. Solar "Global" Warming. Nope their motion is not being affected. George; something that barely budges a small spacecraft won't move a planet. It might deflect some asteroids over a long duration though. There's a lot of good background information in the paper if you are serious about understanding the problem. The problem? Denial. |
#7
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Star Distances
"Hurt" wrote in message oups.com... No, the majority of the anomaly would then be directed out of the plane. The anomalous acceleration is in the plane towards the Sun. They don't give any precise vector; they use words like away, towards, and radial towards the Sun. Page 18: "Over the years the data continually indicated that the largest systematic error in the acceleration residuals is a constant bias of a_P ~ 8+/-3)*10^-8 cm/s^2, directed toward the Sun (to within the beam-width of the Pioneers’ antennae [73])." Note [73] indicates the beamwidth is 3.6 degrees. As I said, there's a lot of information in the paper if you are serious, but that means reading the endnotes. And each of the values appears to be constant, independent of the distance from the Sun. The sigma is very large. You can't be sure it's constant with that sigma, over that range. No magnitude variation of aP with distance was found, within a sensitivity of s0 = 2×10-8 cm/s2 over a range of 40 to 60 AU. Page 34, commenting on the possibility of a correlation with the RTG radioactive decay: "Finally, we want to comment on the significance of radioactive decay for this mechanism. Even acknowledging the Interval jumps due to gas leaks (see below), we reported a one-day batch- sequential value (before systematics) for a_P, averaged over the entire 11.5 year interval, of a_P = (7.77+/-0.16)*10^-8 cm/s^2. From radioactive decay, the value of a_P should have decreased by 0.75 of these units over 11.5 years. This is 5 times the above variance, which is very large with batch sequential." And the planets are being affected. Solar "Global" Warming. Nope their motion is not being affected. George; something that barely budges a small spacecraft won't move a planet. It might deflect some asteroids over a long duration though. "Hurt", gravity produces the same acceleration independent of mass. Read up on Galileo. They checked to see if a gravitational effect was a possible cause and the orbits of the planets would have shown changes that would be detectable in a few years. I can't remember the exact numbers but no such variation exists so that possibility is ruled out. Just as well or our planet would be a lot closer to the Sun by now if it had formed anywhere near this orbit. There's a lot of good background information in the paper if you are serious about understanding the problem. The problem? Denial. Denial of what? You haven't come up with anything even vaguely credible, just stabs in the dark that are obviously nonsense to anyone who has looked at the data. Sadly, none of the other ideas works well either, and there have been many. George |
#8
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Star Distances
"Hurt" wrote in message oups.com... The anomalous acceleration of Pioneer 10 and 11 is in the direction of the Sun, not away from it. In other words they are slowing down more than expected, not speeding up. Double-A Double? A binary system! Oh my gawd, we're in a binary star system. So let me get this straight, I am right, the spacecraft is slowing down due to a star... behind us. The probe is now far enough away so that the gravity of our Sun is not overwhelming, therefore not masking, our ability to detect the pull of "our" other sun? Wow! Neato! I love it! Can you spot the immediate logical error in what you are writing here? Actually, you probably can't. |
#9
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Star Distances
Can you spot the immediate logical error in what you are writing here? Actually, you probably can't. Let's see. You want to point out that if it were behind us the "other" star's gravity pull would diminish also? Well I didn't mean exactly behind the Sun. It might have been below the Sun. Of course that doesn't seem to be the case now since I'm starting to THINK. |
#10
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Star Distances
"Hurt" wrote in message ups.com... since I'm starting to THINK. That would be a first. I haven't seen any signs of it yet. Your line of reasoning is flawed from the start. You are trying to find extra reasoning to support it. In effect you are building your house on quicksand here. |
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