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#141
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On 11 mayo, 09:49, kenseto wrote:
On May 9, 10:35 am, " wrote: You know ****o, it is you who is showing and proving day after day the kind of retarded person you are. You don't know what isotropy means, even if the meaning of the word is provided to you. Then you are so moronic as to say that "the observer doesn't move wrt different light fronts from the same distance in different directions" is implied by the isotropy of light. Do you understand the phrase "isotropy of light"? Do you see anywhere in that phrase the word observer? Hey idiot it is you who don't understand what isotropy of light means. You said: What's transit time over an equal distance got to do with isotorpy of light? I rest my case. Miguel Rios |
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#142
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On May 9, 8:53*pm, PD wrote:
On May 9, 8:40*am, kenseto wrote: On May 8, 8:08*pm, PD wrote: On May 8, 9:32*am, kenseto wrote: On May 7, 4:20*pm, PD wrote: On May 7, 2:44*pm, kenseto wrote: On May 7, 10:17*am, PD wrote: On May 7, 8:16*am, kenseto wrote: ROTFLOL...this runt of the SRians failed to come up with a valid argument so he back paddled. So, Ken, let's recap your position for a moment. Lets capture your position: Apparently you are so desperate that you tried to swindle $22,000 from me!!!!! I don't need your money, Ken, so desperation has nothing to do with it. Sure it has everything to do with it. You tried to swindle money from me How did I try to swindle you, Ken? I gave you a fee estimate for my services. How is that a swindle. If you take your car to the shop, and they tell you what it's going to cost to fix it, and the number is more than you thought it was going to be, is that a swindle? and at the same time gains the opportunity to sabotage my experiment. I'd gain nothing by sabotaging your experiments. If you thought they were sabotaged, you could always repeat them with someone else's help. The point is: It would be too late...you already got my money. Well, then, you're stuck aren't you? Far from it..... I have lined up a couple of PhDs who are willing to participate, for the sake of advancement science, at no cost to me. You need to perform the experiments to test your theory. You don't have the expertise to perform the experiments. You need some outside help to provide this expertise to perform the experiments. You don't trust anyone to provide you this help without sabotaging your experiment. Sounds like a nice little hole you've dug yourself in.- Hide quoted text - - Show quoted text - |
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#143
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On May 10, 10:39Â*am, PD wrote:
kenseto wrote: On May 8, 8:08�pm, PD wrote: On May 8, 9:32�am, kenseto wrote: On May 7, 4:20�pm, PD wrote: On May 7, 2:44�pm, kenseto wrote: On May 7, 10:17�am, PD wrote: On May 7, 8:16�am, kenseto wrote: ROTFLOL...this runt of the SRians failed to come up with a valid argument so he back paddled. So, Ken, let's recap your position for a moment. Lets capture your position: Apparently you are so desperate that you tried to swindle $22,000 from me!!!!! I don't need your money, Ken, so desperation has nothing to do with it. Sure it has everything to do with it. You tried to swindle money from me How did I try to swindle you, Ken? I gave you a fee estimate for my services. How is that a swindle. If you take your car to the shop, and they tell you what it's going to cost to fix it, and the number is more than you thought it was going to be, is that a swindle? and at the same time gains the opportunity to sabotage my experiment. I'd gain nothing by sabotaging your experiments. If you thought they were sabotaged, you could always repeat them with someone else's help. The point is: It would be too late...you already got my money. It's not your money, remember? It's the money of a private supporter. So what? That doesn't mean that I can speend their money without making sure that it is being spent wisely. Your supporter gives you money on the condition that you spend it wisely on the skillful execution of your experiments -- and for that you need an expert. Right...and I have lined up two PhDs for that at no cost. Ken Seto |
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#144
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On May 10, 12:21Â*pm, PD wrote:
On May 10, 11:01Â*am, Mike wrote: On May 10, 10:39Â*am, PD wrote: kenseto wrote: On May 8, 8:08�pm, PD wrote: On May 8, 9:32�am, kenseto wrote: On May 7, 4:20�pm, PD wrote: On May 7, 2:44�pm, kenseto wrote: On May 7, 10:17�am, PD wrote: On May 7, 8:16�am, kenseto wrote: ROTFLOL...this runt of the SRians failed to come up with a valid argument so he back paddled. So, Ken, let's recap your position for a moment. Lets capture your position: Apparently you are so desperate that you tried to swindle $22,000 from me!!!!! I don't need your money, Ken, so desperation has nothing to do with it. Sure it has everything to do with it. You tried to swindle money from me How did I try to swindle you, Ken? I gave you a fee estimate for my services. How is that a swindle. If you take your car to the shop, and they tell you what it's going to cost to fix it, and the number is more than you thought it was going to be, is that a swindle? and at the same time gains the opportunity to sabotage my experiment. I'd gain nothing by sabotaging your experiments. If you thought they were sabotaged, you could always repeat them with someone else's help. The point is: It would be too late...you already got my money. It's not your money, remember? It's the money of a private supporter. Your supporter gives you money on the condition that you spend it wisely on the skillful execution of your experiments -- and for that you need an expert. The first requirement a expert must fullfil is not to be prejudiced. Mike That's exactly right. I've already told Seto that I have no interest in sabotaging his experiment, and it would serve me in absolutely no positive way to do so. It doesn't take a genius to figure out that you are hoping that my experiments will failed. So I would be an idiot to hire you as the expert to set up my experiments. Ken Seto I've also told him that a proper experimentalist attitude is *not* being convinced of the theory being tested, and that a true test of a theory is its ability to withstand attempts to *disprove* it experimentally. The mark of a good experiment is one that, after being published, it can be and is repeated by independent researchers; if the experiment was well done, then the results of the first experiment will be verified. It would only besmirch the name of the experimentalist and all those involved with the experiment if no one can reproduce the results of the experimentalist. I have no interest in besmirching my name by producing a crappy experiment which other experimenters would be unable to replicate. Seto, on the other hand, wants collaborators who believe strongly in his theory and who will then go about trying to *prove* his theory experimentally. He is going about science in precisely the wrong manner. Because of this and because of the paranoia that prevents him from going about it in the right way, he is in a state of permanent vapor lock that has prevented him from making any progress in over a decade. The disagreement now isn't so much about the putative truth of his ideas as it is about his crappy approach to doing science. PD- Hide quoted text - - Show quoted text - |
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#145
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On May 10, 5:07*pm, Bryan Olson wrote:
kenseto wrote: PD wrote: So, Ken, let's recap your position for a moment. Lets capture your position: Apparently you are so desperate that you tried to swindle $22,000 from me!!!!! You tell not the truth, Ken Seto. I speakest the truth. |
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#146
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On May 11, 9:57*am, " wrote:
On 11 mayo, 09:49, kenseto wrote: On May 9, 10:35 am, " wrote: You know ****o, it is you who is showing and proving day after day the kind of retarded person you are. You don't know what isotropy means, even if the meaning of the word is provided to you. Then you are so moronic as to say that "the observer doesn't move wrt different light fronts from the same distance in different directions" is implied by the isotropy of light. Do you understand the phrase "isotropy of light"? Do you see anywhere in that phrase the word observer? Hey idiot it is you who don't understand what isotropy of light means. You said: What's transit time over an equal distance got to do with isotorpy of light? I rest my case. FDucking idiot...if the observer move wrt the light fronts then the light fronts will take different transit times to arrive at his location and that means that the light did not arrive at him isotropically. You are so stupid. |
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#147
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kenseto wrote:
On May 10, 5:07 pm, Bryan Olson wrote: kenseto wrote: PD wrote: So, Ken, let's recap your position for a moment. Lets capture your position: Apparently you are so desperate that you tried to swindle $22,000 from me!!!!! You tell not the truth, Ken Seto. I speakest the truth. From here it looks like you are afraid of the truth and are not looking for honest help. PD offered that and you showed you were looking for someone to cook the data for you. That is not science. This works in the court system but not in science. |
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#148
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On 11 mayo, 18:58, kenseto wrote:
On May 11, 9:57 am, " wrote: On 11 mayo, 09:49, kenseto wrote: On May 9, 10:35 am, " wrote: You know ****o, it is you who is showing and proving day after day the kind of retarded person you are. You don't know what isotropy means, even if the meaning of the word is provided to you. Then you are so moronic as to say that "the observer doesn't move wrt different light fronts from the same distance in different directions" is implied by the isotropy of light. Do you understand the phrase "isotropy of light"? Do you see anywhere in that phrase the word observer? Hey idiot it is you who don't understand what isotropy of light means. You said: What's transit time over an equal distance got to do with isotorpy of light? I rest my case. FDucking idiot...if the observer move wrt the light fronts then the light fronts will take different transit times to arrive at his location and that means that the light did not arrive at him isotropically. You are so stupid. You once more show your total ineptitude on this subject. You ignore completely the meaning of light, light fronts, isotropy of light, location of observers and relativity. You also know close to nothing of mathematics, physics and of course English, which for sure is not your native language. Why are you writing here is a mistery, but also it is quite clear that everybody thinks you are a joke. So keep us entertained. Miguel Rios |
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#149
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On May 7, 8:11Â*pm, rbwinn wrote:
On May 7, 3:54Â*pm, " wrote: On 7 mayo, 18:46, rbwinn wrote: On May 7, 1:11 pm, PD wrote: On May 7, 1:45 pm, rbwinn wrote: On May 7, 10:40�am, PD wrote: On May 7, 11:25�am, rbwinn wrote: Well, no, if lightining strikes the front and rear of a moving train, leaving marks on the train and the track, the marks on the track will be the length of the train apart, which relativity of simultaneity cannot explain. Sure, it explains it. Here's how: The track observer goes back after the train has passed and notes that the marks on the track are 400 m apart. Remember that, for the track observer, the strikes hit simultaneously. Since the marks are also on the train, the track observer correctly notes that the train is 400 m long. (This is what a length measurement entails anyway: marking the locations of the ends of an object at the same time.) Now the train observer goes back after the strikes have hit and notes that the marks on the train are 500 m apart. But it's also true that this observer saw the front strike happen before the rear strike --- the strikes are not simultaneous in this frame. So it doesn't bother this observer at all that the track observer sees the marks 400 m apart. That's exactly what you'd expect if you marked the location of the front of a moving object before you marked the location of the rear of the moving object -- and that's exactly what the train observer is sure happened. The length of the train is frame-dependent. Whether the marks at the end of the train were made at the same time, is also frame-dependent. Does this help you understand? The train has an actual length. No, actually, it does not. Length is a frame-dependent quantity. The value in one frame is no more "actual" than the value in another frame. Now, there is a "rest length" which is the length measured in the frame in which the train just happens to be at rest, but there is nothing preferential about this frame. Well, no, length is not a frame dependent quantity. Â*Length is length. Â*There is no distance contraction. Robert B. Winn Says who? And what does that have to do with relativity of simultaneity? Einstein is quite specific in describing the situation in his book: "Are two events (e.g. the two strokes of lightning A and B) which are simultaneous with reference to the railway embankment also simultaneous relatively to the train? We shall show directly that the answer must be in the negative." So you see, he is talking there about time relations of events, not about length contraction. And sure enough length contraction is quite real and measurable. No, sorry. Â*I say. Â*And I can prove it. Â*There is no relativity of simultaneity, and there is no distance contraction. Â*The Galilean transformation equations show that both of these concepts exist only in the imaginations of scientists. Â*Scientists claim that they have a clock in the frame of reference fo the train, which has a rate of Â* Â* Â* Â* Â* Â* Â* Â* Â* t'=(t-vx/c^2)/sqrt(1-v^2/c^2) Now with regard to the Galilean transformation equations, the variable t' is already used in the equation, t'=t. Â*So to use this value that scientists say is the time of the clock on the train, we have to change the variable from t' to n'. Â* Â* Â* Â* Â* Â* Â* Â* n'=(t-vx/c^2)/sqrt(1-v^2/c^2) Â* Â* Â* Â* Â* Â* Â* Â* t=sqrt(1-v2/c^2)n' + vx/c^2 Now, as you may recall, t'=t, so Â* Â* Â* Â* Â* Â* Â* Â* Â*x'=x-vt Â* Â* Â* Â* Â* Â* Â* Â* Â*x'= x - v[sqrt(1-v^2/c^2)n' + vx/c^2] All you have is a clock running at a different rate than the clock in the frame of reference of the track. Â*Other than that, the train, bolts of lightning, and motion of the train happen the same as shown by these equations. Â* Â* Â* Â* Â* Â* Â* Â* Â*x'=x-vt Â* Â* Â* Â* Â* Â* Â* Â* Â*y'=y Â* Â* Â* Â* Â* Â* Â* Â* Â*z'=z Â* Â* Â* Â* Â* Â* Â* Â* Â*t'=t The bolts of lightning strike simultaneously in both frames of reference. Â*The flashes of lightning are seen at the same time by the observer by the track. Â*The flashes of lightning are seen at the same time by the observer on the train. Â* Â* Â*The transmission of the light happens according to these equations: Â* Â* Â* Â* Â* Â* Â* Â* Â* Â* x=ct, in the frame of reference of the track Â* Â* Â* Â* Â* Â* Â* Â* Â* Â*x'=cn' in the frame of reference of the train. Â* Â*The value of n' is actually n'=t(1-v/c), not t' from the Lorentz equations, but we were using the Lorentz equations value so that scientists could see them used with reality for the first time in more than 100 years. Â*A clock running at the rate of the Lorentz equation value is running slightly faster than a clock which shows light to be traveling at c in the frame of reference of the train. Robert B. Winn- Hide quoted text - - Show quoted text - xxein: For once you accidentally got something correct. There is no distance contraction in SR. It is length contraction of a physical body of matter in the direction of travel. Now think deepely. What is a direction of travel without a rest frame? What if the both the rest frame and the object were biased to each other in direction of travel to a third FOR that could name itself 'the rest frame'? Hardly anyone considers this and only gets a superficial understanding. However. In GR, there IS distance biased to the direction of gravity that is measured by lightspeed. It is confusing to all and is still dominated by an infantile understanding of the physic. Iow, we have a skewed view of how this works, but readily apply a math to make it apply for our purposes of measurement. Quit grabbing formulas off the shelf only to satisfy a measurement and find out the logic that must apply to provide such a physic. |
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