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Painius wrote, reposting one of the VS'ers:
**Note that you still have no mechanism or how the magnitude of flow is established... No-brainer. The size of the mass establishes the size of the sink; the larger the sink, the higher the flow rate.. up to the mass of a BH whose inflow rate exceeds the speed of light, establishing the BH's event horizon. Actually, no, they can't be normal. The exact trajectories will be quite complex due to local mass variations. This would be true with bodies like the moon with large subsurface mascons (irregular mass concentrations). Yet these items travel many orders of magnitude slower than the speed of gravity as predicted by General Relativity. Thus you cannot claim that your construct obeys the mathematics of GR. The *speed of gravitational charge* (bet that's a new one on 'im) is not the same thing as velocity of spaceflow. The 'speed of gravity' is instantaneous irrespective of distance. Were it no so, aberration of planetary orbits would cause them to spiral outward over time. The stability of planets' orbits over billions of years attests to gravity's instantaneity just as Newton originally observed. Incidently, Uncle Albert's belief that gravity itself propagates at c is just plain wrong. Carlip's "gravitomagnetic" theory attempting to exonerate him is just plain ol' fudgery. Now place another H atom into this universe, at a macro-scale distance. Experimental physics tell us that these two atoms will then experience forces proportional to their (equal) masses in the direction of the other atom (remember that forces are vector quantities), and their motions will be affected accordingly. Yet this flow model can't explain these forces. How is a net force generated? Take *any* two masses, even two H atoms separated by any distance. Each is a flow sink, generating a zone of lower pressure between the two. Higher pressure from 'behind' literally *pushes* the two sinks toward each other. How does he suppose interstellar gas and dust accretes into protostellar clouds and then into suns? |
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On Dec 26, 2:36*pm, (oldcoot) wrote:
Painius wrote, reposting one of the VS'ers: **Note that you still have no * * * * * * * * * mechanism or how the magnitude of * * flow is established... No-brainer. The size of the mass establishes the size of the sink; the larger the sink, the higher the flow rate.. up to the mass of a BH whose inflow rate exceeds the speed of light, establishing the BH's event horizon. Actually, no, they can't be normal. The * exact trajectories will be quite complex due to local mass variations. This would be true with bodies like the moon with large subsurface mascons (irregular mass concentrations). Yet these items travel many orders of * magnitude slower than the speed of * * * gravity as predicted by General * * * * * * Relativity. Thus you cannot claim that * your construct obeys the mathematics * of GR. The *speed of gravitational charge* (bet that's a new one on 'im) is not the same thing as velocity of spaceflow. The 'speed of gravity' is instantaneous irrespective of distance. Were it no so, aberration of planetary orbits would cause them to spiral outward over time. The stability of planets' orbits over billions of years attests to gravity's instantaneity just as Newton originally observed. * * * * * * * Incidently, Uncle Albert's belief that gravity itself propagates at c is just plain wrong. Carlip's "gravitomagnetic" theory attempting to exonerate him is just plain ol' fudgery. Now place another H atom into this * * * universe, at a macro-scale distance. * * Experimental physics tell us that these * two atoms will then experience forces * proportional to their (equal) masses in the direction of the other atom * * * * * * * (remember that forces are vector * * * * * quantities), and their motions will be * * affected accordingly. Yet this flow * * * * model can't explain these forces. How * is a net force generated? Take *any* two masses, even two H atoms separated by any distance. Each is a flow sink, generating a zone of lower pressure between the two. Higher pressure from 'behind' literally *pushes* the two sinks toward each other. How does he suppose interstellar gas and dust accretes into protostellar clouds and then into suns? You think that gravity is instantaneous? I like better the idea that all gravitational interactions are local, whether you attribute those inteactions to space that's warped, or space that's flowing, not any kind of direct interaction beteen two distant masses. The only scenarios I've seen that would test intantaneous gravity would be situations such as if the Sun were to suddenly disappear. We know that these kinds of things never happen in nature, and that in itseff should give us something to ponder. Lack of aberration has other explanations. Merry Christmas, oc! Thought I saw the Christmas star last night, but then decided it was only Jupiter. Double-A |
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AA wrote,
You think that gravity is instantaneous? Hyuup. Its 'speed of charge' is indeed instantaneous. Lack of aberration has other explanations. Or so sayeth Carlip, Fomalont-Kopeikin et al. But they are also card-carrying, dyed in the wool VS'ers. In their world, there can be no medium to flow, hence no concept of 'speed of charge'. Merry Christmas! Thought I saw the Christmas star last night, but then decided it was only Jupiter. Back atcha. Yeah, the ol' Jovian orb shone brightly here too. |
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WebTV doesn't allow quoting. At least the oldfart tries to quote.
BEERTbrain doesn't even do that making it impossible to figure out what he's referring to. Saul Levy On Fri, 26 Dec 2008 19:05:23 -0700, "K. Carson" wrote: In article , oldcoot wrote: Painius wrote, reposting one of the VS'ers: Please learn how to quote posts correctly, your broken quoting is quite hard for others to read. |
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oc Mass never changes,but the mass on the moon is 6 times less
weight(gravity) than the same mass on the Earth On moon the same mass accelerates 6 times slower. TreBert ps Here you again see acceleration matching gravitation,because they are equivalent |
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oc it is reality that the electron can not get to c but its charge
can(tricky stuff) What gives you the idea gravity has a charge connected to it? Why does this charge not go like a good charge should?(at c) Why instantaneously? Using faster than light I frown upon Instantaneously I relate to infinity,and that to me is to far out TreBert |
#7
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Cactus Saul Those that read my posts have great wit,and understand where
I am coming from. My thinking is well over your witless head and that is why you keep posting you can not understand me. go figure Proof of this is your use of name calling Using hurtful terms. Swear words etc. TreBert |
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Bert asks,
What gives you the idea gravity has a charge connected to it? Why does this charge not go like a good charge should?(at c) Why instantaneously? Bert, this has been discussed at length many times over the y'ars. The word "charge" has several connotations. One is the one you're thinking of, like a potential or "static" charge. Another is the verb form, like to "charge" a battery. But the 'charge' we're talkin' about here is in a different context, the "flow of charge". By analogy, a water-filled hose is full of charge. A copper wire is full of charge, the charge of unmoving electrons. A water pump will cause the charge in the hose to flow. A battery, generator, or solar cell is a charge pump that will move the charge in the wire, causing an electric flow. When you switch the waterpump on, the flow is functionally, for all practical purposes, instantaneous. The instantaneity occurs everywhere along the flow path. When you throw the light switch on, the flow of electric charge through the wires is `functionally` instantaneous, and the light comes on "instantly". Of course the analogy is imperfect, as all analogies are. There `is` a tiny time lag in the water hose analogy due to the speed of sound in water, and a tiny time lag in the light switch analogy. But the point of the analogy is to illustrate instantaneity of charge everywhere along the flow path. So how does 'speed of charge' apply to gravity? In the spaceflow of a gravity well, say the Sun's, instantaneity of charge is present everywhere along the flow path from the outermost fringes of the Sun's gravity well all the way down to the Sun's surface. The flow path is unbroken, continuous and contiguous at Mercury's orbit, at Venus', at Earth's, at Mars', at Jupiter's, all the way out to Pluto's and beyond. The *one flow* intersects ALL THE PLANETS' ORBITS with *absolute instantaneity*. If it did not, IF the speed of gravitational charge, the 'speed of gravity', were anyting less than infinite, it would introduce "aberration" of the orbits, tilting them backward slightly, and they would spiral outward over time. The stability of planetary orbits over billions of years is dynamic testimony that the 'speed of gravity' aka speed of gravitational charge, is indeed 'functionally' instantaneous just as Newton originally observed. -------------- The instantaneity is not just in the time domain but the spatial domain as well, everywhere along the flow path. In the bathtub analogy (again), the flow going down the drainhole is "in instantaneity", in both the time and spatial domains, with the flow at the outermost edges of the tub. |
#9
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oc open the water tap and there is a time laps before flow starts. It
only seems instantaneous because he time laps is so very short. Light even has a time laps. Nothing starts instantaneously. Nothing moves faster than light. Charge is a bad word to use Water pump moves water because water will even flow up hill because pump puts more pressure on its end. Flowing speed of water going through a pipe is easy to measure. My fast pictures prove time laps. Best to know nothing is set in motion instantaneously. Not even photons kicking free electrons of a metal. If this has been posted many times it is good. It has to in time get our thinking going with reality. No fudging Go with a proven experiment.and it proves time laps of motion. No lab experiment to prove faster than light SR fits TreBert |
#10
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"G=EMC^2 Glazier" wrote in message
... oc open the water tap and there is a time laps before flow starts. It only seems instantaneous because he time laps is so very short. Light even has a time laps. Nothing starts instantaneously. Nothing moves faster than light. Charge is a bad word to use Water pump moves water because water will even flow up hill because pump puts more pressure on its end. Flowing speed of water going through a pipe is easy to measure. My fast pictures prove time laps. Best to know nothing is set in motion instantaneously. Not even photons kicking free electrons of a metal. If this has been posted many times it is good. It has to in time get our thinking going with reality. No fudging Go with a proven experiment.and it proves time laps of motion. No lab experiment to prove faster than light SR fits TreBert Bert, nothing about the gravitic charge is "faster than light". Go buy a hose, bring it home, hook it up to your spigot. Turn on the water. A new hose is, of course, empty of water, so it's going to take a few seconds for the water to exit the spigot and get to the other end of the new hose. Now, turn the water off. Then turn it on again. This time the hose already has water in it. So the water "appears" to flow instantly. The flowing space idea does not have masses generating gravity. Masses act only as flow sinks to the flowing space. Since matter does not really generate gravity, then any possible change in the gravity of a mass would be felt instantly by all the other masses within its gravity well. Since matter does not generate gravity, there is no need to see anything emitted from a mass traveling at any speed. There is no violation of lightspeed in this. The gravitic charge appears instant because the flow of space is a little like the water in the hose. happy new days and... starry starry nights! -- Indelibly yours, Paine Ellsworth P.S.: "To cherish what remains of the Earth, and to foster its renewal, is our only legitimate hope of survival." Wendell Berry P.P.S.: http://yummycake.secretsgolden.com http://garden-of-ebooks.blogspot.com http://painellsworth.net |
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