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The Motion of the Perihelion of Mercury
On Jan 1, 1:13*pm, Koobee Wublee wrote:
On Jan 1, 12:32 am, Eric Gisse wrote: On Dec 31, 10:37 pm, Koobee Wublee wrote: Your "solution" is not a solution. http://img58.imageshack.us/img58/8527/idiotcm5.png In the following post, I gave you the following solution to the field equations that obeys Newtonian law of gravity, but this one exhibits half of the event horizon than the Schwarzschild metric. ds^2 = c^2 (1 – 2 K / r)^2 dt^2 – dr^2 / (1 – K / r)^4 – r^2 dO^2 / (1 – K / r)^2 Where ** *K = G M / c^2 / 2, HALF OF THE EVENT HORIZON Since when did any of the constants say where the event horizon is? Reference post: http://groups.google.com/group/sci.p...sg/e3162cddce8... With this spacetime, the event horizon occurs at (2 K) which if (G M / c^2) No, the event horizon does not occur there. Do the math, arrogant idiot. http://img353.imageshack.us/img353/8273/idiot2ok4.png LOOK AT THE MATH. Every one of them go to zero or blow up at r = K. That's where the event horizon is. As given to you in a post you just referenced, the coordinate transformation between your "different" metric and Schwarzschild is given by r(R) = 2*R^2/(2*R-K) where r is the Schwarzschild radial coordinate and R is the idiot radial coordinate. Put in R = K, and you get r = 2K. Imagine that - the singularity is located in the same ****ing place and it is the SAME MANIFOLD. Proven. A couple posts later, you verified that the above spacetime does indeed satisfy R_uv = 0 by saying: “A quick re-roll into grtensor showed that you are, in fact, correct. It does satisfy R_uv = 0.” Reference post: http://groups.google.com/group/sci.p...sg/6c66880d4c2... Now, the solution we have been talking about is much simpler than the one above. *If I can derive the above solution from Koobee Wublee’s theorem or the theorem of Generality, just how much more difficult can I derive the following? You aren't deriving jack ****. You are transforming coordinates from Schwarzschild to something else. Your claims are asinine, childish, and never backed up by anything more than a repetition of the claim. ds^2 = c^2 T dt^2 / (1 + K / r) – (1 + K / r) dr^2 – (r + K)^2 dO^2 Where ** *K = 2 G M / c^2 http://img58.imageshack.us/img58/8527/idiotcm5.png And just like that last time, you don’t even know how to enter the inputs correctly. *What you have entered is wrong. *You need to replace the 2 instances of (2 K) with K. *shrug http://groups.google.com/group/sci.p...9?dmode=source That's what you wrote, dip****. I even said later to George that you were probably transcribing it wrong - and imagine that, you did. But let's discuss idiot metric #3. I'm numbering them because it is hard to keep track. http://img135.imageshack.us/img135/2813/idiot3yw9.png It _does_ satisfy R_uv = 0. So therefore it is related to Schwarzschild by a coordinate transformation. The coordinate transformation between Schwarzschild and idiot3 is given rather simply by r(R) = r + K. Another "different" coordinate system proven to be a part of the same object. How many times do we have to do this before you grow a clue? |
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The Motion of the Perihelion of Mercury
On Jan 1, 10:56 pm, Eric Gisse wrote:
On Jan 1, 1:13 pm, Koobee Wublee wrote: In the following post, I gave you the following solution to the field equations that obeys Newtonian law of gravity, but this one exhibits half of the event horizon than the Schwarzschild metric. ds^2 = c^2 (1 – 2 K / r)^2 dt^2 – dr^2 / (1 – K / r)^4 – r^2 dO^2 / (1 – K / r)^2 Where ** K = G M / c^2 / 2, HALF OF THE EVENT HORIZON Since when did any of the constants say where the event horizon is? Hmmm... If you don’t know, you need to consult one of the textbooks you have been sitting on. It is actually very simple. shrug Reference post: http://groups.google.com/group/sci.p...sg/e3162cddce8... With this spacetime, the event horizon occurs at (2 K) which if (G M / c^2) No, the event horizon does not occur there. Do the math, arrogant idiot. http://img353.imageshack.us/img353/8273/idiot2ok4.png LOOK AT THE MATH. Every one of them go to zero or blow up at r = K. That's where the event horizon is. Oh, big deal. G M / c^2 / 2 versus G M c^2 / 4. The bottom line is that the event horizon of this spacetime which does satisfy as a static, spherically symmetric, and asymptotically flat solution to the field equations is not (2 G M / c^2). shrug As given to you in a post you just referenced, the coordinate transformation between your "different" metric and Schwarzschild is given by r(R) = 2*R^2/(2*R-K) where r is the Schwarzschild radial coordinate and R is the idiot radial coordinate. There is no coordinate transformation. How many times do I have to tell you that? Put in R = K, and you get r = 2K. Imagine that - the singularity is located in the same ****ing place and it is the SAME MANIFOLD. Proven. What is this whining crap agan? A couple posts later, you verified that the above spacetime does indeed satisfy R_uv = 0 by saying: “A quick re-roll into grtensor showed that you are, in fact, correct. It does satisfy R_uv = 0.” Reference post: http://groups.google.com/group/sci.p...sg/6c66880d4c2... Now, the solution we have been talking about is much simpler than the one above. If I can derive the above solution from Koobee Wublee’s theorem or the theorem of Generality, just how much more difficult can I derive the following? You aren't deriving jack ****. You are transforming coordinates from Schwarzschild to something else. Your claims are asinine, childish, and never backed up by anything more than a repetition of the claim. You are merely ignorant. You have been checkmated many times over but are either too stupid or too hypocritical to accept what I have told you many times over. shrug You are a small man just like that so- called professor Andersen from an obscure college in Norway. shrug ds^2 = c^2 T dt^2 / (1 + K / r) – (1 + K / r) dr^2 – (r + K)^2 dO^2 Where ** K = 2 G M / c^2 http://img58.imageshack.us/img58/8527/idiotcm5.png And just like that last time, you don’t even know how to enter the inputs correctly. What you have entered is wrong. You need to replace the 2 instances of (2 K) with K. shrug http://groups.google.com/group/sci.p...sg/71f5a677e6f... That's what you wrote, dip****. I even said later to George that you were probably transcribing it wrong - and imagine that, you did. Oh, there is no need to blow your top off over a couple of innocent typos. I have written the same spacetime over and over and over and over again before. You should know better. shrug But let's discuss idiot metric #3. I'm numbering them because it is hard to keep track. http://img135.imageshack.us/img135/2813/idiot3yw9.png It _does_ satisfy R_uv = 0. Yes, I told you so. After all, you are going to give the great reverend Hammond a heart attack after he has already decided to BELIEVED IN otherwise --- all thanks to your “operator errors”. So therefore it is related to Schwarzschild by a coordinate transformation. It is only related to the Schwarzschild metric through being also a solution that is static, spherically symmetric, and asymptotically flat to the field equations. shrug The coordinate transformation between Schwarzschild and idiot3 is given rather simply by r(R) = r + K. Again, there is no transformation of coordinate. However, applying Koobee Wublee’s theorem or the theorem of Generality, you can select the following to arrive at the Schwarzschild metric. shrug u = r – K. Another "different" coordinate system proven to be a part of the same object. How many times do we have to do this before you grow a clue? Oh, quit behaving like a sore loser. Bow, kneel, and kowtow to Koobee Wublee, and accept the mathematical nonsense in the bull**** called GR. Yes, Einstein was nobody. He was a nitwit, a plagiarist, and a liar. shrug |
#43
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The Motion of the Perihelion of Mercury
On Jan 1, 10:48*pm, Koobee Wublee wrote:
On Jan 1, 10:56 pm, Eric Gisse wrote: On Jan 1, 1:13 pm, Koobee Wublee wrote: In the following post, I gave you the following solution to the field equations that obeys Newtonian law of gravity, but this one exhibits half of the event horizon than the Schwarzschild metric. ds^2 = c^2 (1 – 2 K / r)^2 dt^2 – dr^2 / (1 – K / r)^4 – r^2 dO^2 / (1 – K / r)^2 Where ** *K = G M / c^2 / 2, HALF OF THE EVENT HORIZON Since when did any of the constants say where the event horizon is? Hmmm... *If you don’t know, you need to consult one of the textbooks you have been sitting on. *It is actually very simple. *shrug The objects in a particular coordinate representation of the metric do not define the location of the event horizon. Idiot. Reference post: http://groups.google.com/group/sci.p...sg/e3162cddce8.... With this spacetime, the event horizon occurs at (2 K) which if (G M / c^2) No, the event horizon does not occur there. Do the math, arrogant idiot. http://img353.imageshack.us/img353/8273/idiot2ok4.png LOOK AT THE MATH. Every one of them go to zero or blow up at r = K. That's where the event horizon is. Oh, big deal. *G M / c^2 / 2 versus G M c^2 / 4. *The bottom line is that the event horizon of this spacetime which does satisfy as a static, spherically symmetric, and asymptotically flat solution to the field equations is not (2 G M / c^2). *shrug Except you are proven wrong. The event horizon is at r = K - as proven - and r = K corresponds to R = 2K in the Schwarzschild metric. Repeating the assertion doesn't make you right, just stupid. As given to you in a post you just referenced, the coordinate transformation between your "different" metric and Schwarzschild is given by r(R) = 2*R^2/(2*R-K) where r is the Schwarzschild radial coordinate and R is the idiot radial coordinate. There is no coordinate transformation. *How many times do I have to tell you that? Asserting they are different does not make them different. I proved they are the same - suck it up, and try again. We can repeat this idiocy for a thousand years and you will be wrong _every single time_ because of the fundamental nature of tensors. Recasting them in a different coordinate system changes nothing but I encourage you keep trying. Either that or learn - but if you could learn you wouldn't be here repeating stupidities, now would you? Put in R = K, and you get r = 2K. Imagine that - the singularity is located in the same ****ing place and it is the SAME MANIFOLD. Proven. What is this whining crap agan? Do you not know what a coordinate transformation is? I have four metrics: ds^2 = dx^2 + dy^2 + dz^2 ds^2 = dr^2 + r^2(d\theta^2 + sin^2(\theta)d\phi^2) ds^2 = dr^2 + r^2 d\theta^2 + dz^2 ds^2 = da^2 + db^2 + dz^2 They all describe the same thing, yet "look different". But I can find a coordinate transformation relating all of them to eachother, so they are the same thing. How is this any different? [snip idiocy] You can't refute one single thing I have written. Amazing. The coordinate transformation between Schwarzschild and idiot3 is given rather simply by r(R) = r + K. Again, there is no transformation of coordinate. *However, applying Koobee Wublee’s theorem or the theorem of Generality, you can select the following to arrive at the Schwarzschild metric. *shrug u = r – K. That's called a "coordinate transformation". Thanks for proving my point. Another "different" coordinate system proven to be a part of the same object. How many times do we have to do this before you grow a clue? Oh, quit behaving like a sore loser. *Bow, kneel, and kowtow to Koobee Wublee, and accept the mathematical nonsense in the bull**** called GR. The shield of stupidity protects your huge but fragile ego. Yes, Einstein was nobody. *He was a nitwit, a plagiarist, and a liar. shrug |
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The Motion of the Perihelion of Mercury
On Thu, 1 Jan 2009 22:56:25 -0800 (PST), Eric Gisse
wrote: On Jan 1, 1:13*pm, Koobee Wublee wrote: On Jan 1, 12:32 am, Eric Gisse wrote: On Dec 31, 10:37 pm, Koobee Wublee wrote: Your "solution" is not a solution. http://img58.imageshack.us/img58/8527/idiotcm5.png In the following post, I gave you the following solution to the field equations that obeys Newtonian law of gravity, but this one exhibits half of the event horizon than the Schwarzschild metric. ds^2 = c^2 (1 – 2 K / r)^2 dt^2 – dr^2 / (1 – K / r)^4 – r^2 dO^2 / (1 – K / r)^2 Where ** *K = G M / c^2 / 2, HALF OF THE EVENT HORIZON Since when did any of the constants say where the event horizon is? Reference post: http://groups.google.com/group/sci.p...sg/e3162cddce8... With this spacetime, the event horizon occurs at (2 K) which if (G M / c^2) No, the event horizon does not occur there. Do the math, arrogant idiot. http://img353.imageshack.us/img353/8273/idiot2ok4.png LOOK AT THE MATH. Every one of them go to zero or blow up at r = K. That's where the event horizon is. As given to you in a post you just referenced, the coordinate transformation between your "different" metric and Schwarzschild is given by r(R) = 2*R^2/(2*R-K) where r is the Schwarzschild radial coordinate and R is the idiot radial coordinate. Put in R = K, and you get r = 2K. Imagine that - the singularity is located in the same ****ing place and it is the SAME MANIFOLD. Proven. A couple posts later, you verified that the above spacetime does indeed satisfy R_uv = 0 by saying: “A quick re-roll into grtensor showed that you are, in fact, correct. It does satisfy R_uv = 0.” Reference post: http://groups.google.com/group/sci.p...sg/6c66880d4c2... Now, the solution we have been talking about is much simpler than the one above. *If I can derive the above solution from Koobee Wublee’s theorem or the theorem of Generality, just how much more difficult can I derive the following? You aren't deriving jack ****. You are transforming coordinates from Schwarzschild to something else. Your claims are asinine, childish, and never backed up by anything more than a repetition of the claim. ds^2 = c^2 T dt^2 / (1 + K / r) – (1 + K / r) dr^2 – (r + K)^2 dO^2 Where ** *K = 2 G M / c^2 http://img58.imageshack.us/img58/8527/idiotcm5.png And just like that last time, you don’t even know how to enter the inputs correctly. *What you have entered is wrong. *You need to replace the 2 instances of (2 K) with K. *shrug http://groups.google.com/group/sci.p...9?dmode=source That's what you wrote, dip****. I even said later to George that you were probably transcribing it wrong - and imagine that, you did. But let's discuss idiot metric #3. I'm numbering them because it is hard to keep track. http://img135.imageshack.us/img135/2813/idiot3yw9.png It _does_ satisfy R_uv = 0. So therefore it is related to Schwarzschild by a coordinate transformation. The coordinate transformation between Schwarzschild and idiot3 is given rather simply by r(R) = r + K. Another "different" coordinate system proven to be a part of the same object. How many times do we have to do this before you grow a clue? [Hammond] Yes, R_uv for the above Metric does vanish, but the reason is, as you have informed us, that making the simple substitution r=R-K with K=2m immediately transforms the Kooby metric into the Schwarzchild Metric! Kooby is trying to refute Birkhoff's theorem which as anyone with a lick of common sense knows is utterly futile. In addition a number of times he has transcribed the metric incorrectly which immediately causes R_uv=/=0 as required by the vacuum equations. The quest for a Kooby Metric which will disprove Schwarzchild-Birkhoff has therefore suffered a final, disasterous and truly ignominious defeat! And this certainly puts to the lie his scurrilous remark that "other solutions to the EFE" "do not predict the 43" advance of Mercury". ===================================== HAMMOND'S PROOF OF GOD WEBSITE http://geocities.com/scientific_proof_of_god mirror site: http://proof-of-god.freewebsitehosting.com GOD=G_uv (a folk song on mp3) http://interrobang.jwgh.org/songs/hammond.mp3 ===================================== |
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The Motion of the Perihelion of Mercury
On Jan 2, 12:03 am, Eric Gisse wrote:
On Jan 1, 10:48 pm, Koobee Wublee wrote: Hmmm... If you don’t know, you need to consult one of the textbooks you have been sitting on. It is actually very simple. shrug [Gisse’s whining crap snipped] I have four metrics: ds^2 = dx^2 + dy^2 + dz^2 ds^2 = dr^2 + r^2(d\theta^2 + sin^2(\theta)d\phi^2) ds^2 = dr^2 + r^2 d\theta^2 + dz^2 ds^2 = da^2 + db^2 + dz^2 They all describe the same thing, yet "look different". But I can find a coordinate transformation relating all of them to eachother, so they are the same thing. Your notation is screwed up. The r of the 2nd is not the same as r of the 3rd. The phi of the 2nd is the same as theta of the 3rd. Otherwise, they can all represent the same geometry. shrug This is not what I have been talking about. It looks like very few have understood what I am saying. That is why I feel very lonely to be the few who after Riemann and perhaps Christoffel that have understood the curvature business very well. shrug What I am talking about is that the following geometries are different given the same dr, dLongitude, dLatitude. ** ds1^2 = g1_11 dr^2 + g1_22 r^2 dO^2 ** ds2^2 = g2_11 dr^2 + g2_22 r^2 dO^2 Where ** dO^2 = cos^2(Latitude) dLongitude^2 + dLatitude^2 [Snipped more Gisse’s whining crap] Again, there is no transformation of coordinate. However, applying Koobee Wublee’s theorem or the theorem of Generality, you can select the following to arrive at the Schwarzschild metric. shrug u = r – K. That's called a "coordinate transformation". What coordinate transformation? u is any function of r. This is very basic mathematics. shrug Thanks for proving my point. You are still dreaming and jacking off in your mathemagical Realm. In doing so, probably wishing Einstein can join you. shrug Let me write down the two very different spacetime in a more concise way. ** ds1^2 = c^2 (1 – K / r) dt^2 – dr^2 / (1 – K / r) – r^2 dO^2 ** ds2^2 = c^2 dt^2 / (1 + K / r) – (1 + K / r) dr^2 – (r + K)^2 dO^2 THE GEOMETRY ds1 IS NOT THE SAME AS ds2. THAT IS BECAUSE THE METRIC OF ds1 IS NOT THE SAME AS ds2, BUT THE COORDINATE SYSTEM DESCRIBING BOTH ds1 and ds2 IS EXACTLY IDENTICAL. Can you dig this, punk? I don’t think you possess any minute intelligence to get after all these years, and I really don’t care. shrug With any matheMagical tricks, show me how you can coordinate-transform from one equation to the other and what justify one solution is more unique than the others. Remember that the coordinate system is the same with both equations. Oh, quit behaving like a sore loser. Bow, kneel, and kowtow to Koobee Wublee, and accept the mathematical nonsense in the bull**** called GR. The shield of stupidity protects your huge but fragile ego. Cheap shot once again. Yes, Einstein was nobody. He was a nitwit, a plagiarist, and a liar. shrug |
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The Motion of the Perihelion of Mercury
On Jan 2, 6:18 am, George Hammond wrote:
Eric Gisse wrote: Yes, R_uv for the above Metric does vanish, So, the great reverend is wishy washy. Did you not just said through you gut feelings that solution cannot possibly cause the Ricci tensor to vanish? but the reason is, as you have informed us, Oh, excuses to justify your faith. shrug that making the simple substitution r=R-K with K=2m immediately transforms the Kooby metric into the Schwarzchild Metric! There is no coordinate transformation. It is all your ego giving you excuses to believe in that nonsense. shrug It is very funny that you would allow Gisse, a multi-year super-senior without any college degree at the University of Alaska, Fairbanks to convince you to continue your faith. shrug Kooby is trying to refute Birkhoff's theorem which as anyone with a lick of common sense knows is utterly futile. Ahahaha... In addition a number of times he has transcribed the metric incorrectly which immediately causes R_uv=/=0 as required by the vacuum equations. Come on. I have written that spacetime correctly for many posts. It was merely a typo. shrug The quest for a Kooby Metric which will disprove Schwarzchild-Birkhoff has therefore suffered a final, disasterous and truly ignominious defeat! So, you are practicing to write the next bible. shrug And this certainly puts to the lie his scurrilous remark that "other solutions to the EFE" "do not predict the 43" advance of Mercury". Yes, I have not tried to figure out if that spacetime does satisfy Le Verrier’s claim in Mercury’s orbital advance using Gerber’s mathematical methodology, but who cares since there is no justification on which solution is the so-called “Rock of the Gibraltar”. shrug |
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The Motion of the Perihelion of Mercury
On Jan 2, 10:42*pm, Koobee Wublee wrote:
On Jan 2, 12:03 am, Eric Gisse wrote: On Jan 1, 10:48 pm, Koobee Wublee wrote: Hmmm... *If you don’t know, you need to consult one of the textbooks you have been sitting on. *It is actually very simple. *shrug [Gisse’s whining crap snipped] I have four metrics: ds^2 = dx^2 + dy^2 + dz^2 ds^2 = dr^2 + r^2(d\theta^2 + sin^2(\theta)d\phi^2) ds^2 = dr^2 + r^2 d\theta^2 + dz^2 ds^2 = da^2 + db^2 + dz^2 They all describe the same thing, yet "look different". But I can find a coordinate transformation relating all of them to eachother, so they are the same thing. Your notation is screwed up. *The r of the 2nd is not the same as r of the 3rd. *The phi of the 2nd is the same as theta of the 3rd. Otherwise, they can all represent the same geometry. *shrug See? You are a **** hair's distance away from understanding. THE LABELS DO NOT MATTER. The COORDINATES do not matter. They all represent the _same_ geometry. This is not what I have been talking about. *It looks like very few have understood what I am saying. *That is why I feel very lonely to be the few who after Riemann and perhaps Christoffel that have understood the curvature business very well. *shrug So where did you properly learn this "curvature business"? All I'm asking is for the book you learned it from. Is that asking so much? What I am talking about is that the following geometries are different given the same dr, dLongitude, dLatitude. ** *ds1^2 = g1_11 dr^2 + g1_22 r^2 dO^2 ** *ds2^2 = g2_11 dr^2 + g2_22 r^2 dO^2 Where ** *dO^2 = cos^2(Latitude) dLongitude^2 + dLatitude^2 Except the coordinate labels are not the same in both coordinate systems. Calculate the surface area of a sphere - don't just write it down, CALCULATE it. [Snipped more Gisse’s whining crap] Again, there is no transformation of coordinate. *However, applying Koobee Wublee’s theorem or the theorem of Generality, you can select the following to arrive at the Schwarzschild metric. *shrug u = r – K. That's called a "coordinate transformation". What coordinate transformation? *u is any function of r. *This is very basic mathematics. *shrug Yes, and it is called a "coordinate transformation". You start out in the (t,u,\theta,\phi) coordinate system and end up in the (t,r,\theta, \phi) coordinate system. Thanks for proving my point. You are still dreaming and jacking off in your mathemagical Realm. *In doing so, probably wishing Einstein can join you. *shrug Let me write down the two very different spacetime in a more concise way. ** *ds1^2 = c^2 (1 – K / r) dt^2 – dr^2 / (1 – K / r) – r^2 dO^2 ** *ds2^2 = c^2 dt^2 / (1 + K / r) – (1 + K / r) dr^2 – (r + K)^2 dO^2 THE GEOMETRY ds1 IS NOT THE SAME AS ds2. *THAT IS BECAUSE THE METRIC OF ds1 IS NOT THE SAME AS ds2, BUT THE COORDINATE SYSTEM DESCRIBING BOTH ds1 and ds2 IS EXACTLY IDENTICAL. If they are "exactly identical" they should give the same values for the surface area of the sphere, as #1 is in Schwarzschild isotropic coordinates which has spheres of constant (r,t) of surface area 4 pi r^2. Let us see you calculate the surface area of #2. I would also like you calculate the Ricci scalars of both. You'll notice something interesting. Can you dig this, punk? *I don’t think you possess any minute intelligence to get after all these years, and I really don’t care. shrug With any matheMagical tricks, show me how you can coordinate-transform from one equation to the other and what justify one solution is more unique than the others. *Remember that the coordinate system is the same with both equations. Except the coordinate systems are different - the second one is displaced from the origin by an amount K, which you can see immediately by looking at the coefficients of the angular components. Or by calculating the surface area. Or by calculating the Ricci scalar. Or by looking at the determinant of the metric. I cannot claim one solution is more unique than the other, which is the whole point of my explanation. I just prefer Schwarzschild in isotropic coordinates. I can easily convert from Schwarzschild and every /OTHER/ "different" solution to yours - just chain the transformations. Oh, quit behaving like a sore loser. *Bow, kneel, and kowtow to Koobee Wublee, and accept the mathematical nonsense in the bull**** called GR. The shield of stupidity protects your huge but fragile ego. Cheap shot once again. Yes, Einstein was nobody. *He was a nitwit, a plagiarist, and a liar. |
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The Motion of the Perihelion of Mercury
On Jan 2, 10:52*pm, Koobee Wublee wrote:
On Jan 2, 6:18 am, George Hammond wrote: Eric Gisse wrote: * *Yes, R_uv for the above Metric does vanish, So, the great reverend is wishy washy. *Did you not just said through you gut feelings that solution cannot possibly cause the Ricci tensor to vanish? You wrote two different metrics. He was right both times, as was I. [snip] |
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The Motion of the Perihelion of Mercury
On Sat, 3 Jan 2009 03:03:13 -0800 (PST), Eric Gisse
wrote: On Jan 2, 10:52*pm, Koobee Wublee wrote: On Jan 2, 6:18 am, George Hammond wrote: Eric Gisse wrote: * *Yes, R_uv for the above Metric does vanish, So, the great reverend is wishy washy. *Did you not just said through you gut feelings that solution cannot possibly cause the Ricci tensor to vanish? You wrote two different metrics. He was right both times, as was I. [snip] [Hammond] Correct, he admits to "making a typo" which is why there are two different versions of the Kooby Metric floating around. In the original one, you discovered and I have independently confirmed that it is simply a radial coordinate transformation of Schwarzchild given by r=R-K with K=2m. So the original Kooby Metric is nothing but the Schwarzchild Metric in disguise. In the second case his "Typo Version" of the Kooby Metric is not a coordinate transformation of Schwarzchild and naturally therefore R_uv does not vanish as you discovered and hence it is not a valid solution of the EFE's. Ergo... Kooby's legal leg is wobbling and all his statements to the contrary have been PROVEN to be nonsensical and wrong! At this point he is reduced to mindless repetition (echolalliation). Bear in mind, as a mere 25 year old you still think he's a sincere Physics buff.... but at my age and being a veteran "Psychophysicist" I've seen enough of his type to know he's an annoyed, childishly jealous and spiteful personality who only pretends to be sincere for the purposes of dogging the uninitiated. He's an ornery prick and he would do well to read my scientific proof of God where he might be able to really make an original contribution to a real applied Physics discovery.... since he seems to have nothing better to do than play with Psychophysics for entertainment. ===================================== HAMMOND'S PROOF OF GOD WEBSITE http://geocities.com/scientific_proof_of_god mirror site: http://proof-of-god.freewebsitehosting.com GOD=G_uv (a folk song on mp3) http://interrobang.jwgh.org/songs/hammond.mp3 ===================================== |
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The Motion of the Perihelion of Mercury
On Dec 28 2008, 11:49*pm, wrote:
THE MOTION OF THE PERIHELION OF MERCURY In his general relativity calculation of the motion of the perihelion of Mercury Albert Einstein had only taken into account the gravitational actions between the Sun and the Mercury, which he also assumed as two points. What will be, according to the theory of general relativity, the value of the motion of the perihelion of Mercury if the gravitational actions of all the planets in the solar system are taken into account and also it is taken into account that the Sun is a little oblate? Have any done these calculations? Well van Fandern did this analysis: http://www.metaresearch.org/cosmolog...a-combined.asp Also there are flyby anomalies, which are possibly more accurate http://www2.phys.canterbury.ac.nz/ed...derson2008.pdf Its latitude dependence suggests that the Earth’s rotation may be generating an effect much larger than the frame dragging effect of General Relativity, the Lense-Thirring effect |
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Perihelion of Mercury question | Sorcerer | Astronomy Misc | 13 | January 6th 07 09:24 PM |
Perihelion of Mercury question | Sorcerer | Astronomy Misc | 114 | January 1st 07 11:36 PM |
Perihelion of Mercury with classical mechanics ? | [email protected] | Astronomy Misc | 34 | April 28th 05 06:57 PM |