Classical Physics is coming back, RELOADED!!! With some corrections, some new laws and the right structures for the elementary particles it really works now. ---> "A New Light In Physics" It worth.
http://users.powernet.co.uk/bearsoft/index.html http://www.malovic.co.yu/ep.htm http://www.aethro-kinematics.com/ http://www.cartesio-episteme.net/fis/aeth-web.htm http://www.aetherpress.com/physics.htm http://www.pioneer-net.com/~jessep/index.htm Just a few more visionaries worth the reader's consideration.
I would love to see an explanation for the shape of a 5d electron orbital that didn't involve quantum physics.
Nasor, In the new theories electrons occupy fixed positions in the atoms but it must be considered that magnetic forces are also present, not only electric ones.
Many physical observations which are claimed to be predicted by Relativity can, at least partly, be explained by Newtonian physics. What does it mean? It means that Relativity is AT LEAST PARTLY WRONG. If Relativity is at least partly wrong, it certainly is NOT COMPLETELY CORRECT.
Cangas, Have you ever studied relativity, or do you disagree with it just because it yields some rather nonintuitive results? Relativity is a higher-fidelity model than and subsumes Newtonian mechanics. Relativity yields Newtonian mechanics as a low-speed approximation. The two theories agree to many decimal places when velocities are limited to what we Earth-bound observers typically experience. Even a supersonic jet suffers very little time dilation.
Relativity is a wrong theory that gives a wrong explanation to all physics phenomena. Nature and the Universe do not behave as Relativity says. Now we have the right explanation for all phenomena that only Relativity seemed to explain. See for example at the page linked on the head post: Section 1.1 "Considerations against Relativity Theory" Section 2.3 "New interpretations for old experiments" Appendix B "New interpretations for "relativistic phenomena"" Particularly the new theories give another more natural interpretation for a change of the time in atomic clocks at high velocities (Appendix B - part C). The E=mC2 equation is valid, but actually has a different physical meaning! See Section 4.1. Note: "If there is another interpretation possible is not more a proof, not anymore!"
I already pointed out the problems with this section [POST=1068679]here[/POST]. You ignored most of this post.
przyk, Yes I did but you don't understand my demonstrations and neglect them with wrong arguments. What you need is that someone recognized in the Scientific Community tell you "martillo's análisis is mathematically and physically right" but this will take time przyk...
martillo, I seem to remember you not being able to grasp the concept of a coordinate change (as demontrated here wrt. the Lorentz transforms). I'm afraid that you'll have to wait a long time until somebody comes along with an endorsement of your work, if you fail to grasp even the simplest of mathematical tools required...
funkstar,You know, what we were discussing there would be a third inconsistency in the phenomenon that today physics seem to resolve by the called "switching of frames" something that is not said that must be done anywhere while defining Lorentz Transforms. Actually is not rigourous to "switch frames" inside a same observation or measurement of a phenomenon. Anyway, I avoided to cite that to simplify the exposition. Two inconsistencies in the same phenomenon is enough.
I'm sorry, martillo, that made no sense: The Lorentz transformations shifts coordinates between frames. It's what they're there for. How is it "not rigourous" to use the Lorentz transforms (set up correctly, mind you) to shift coordinate systems?
funstar, I didn't say "shift" Isaid "switch". That's what you did when you said: You used a different transform equation for each twin, this is the same as "switching" frames. Nowhere while defining Lorentz Transforms it is said that frames must be switched when analyzing different objects in the same phenomenon and by the same observer but it is used today... I think is not rigorous but avoided to mention this extra inconsistency to make it simpler. As I said two inconsistencies are enough! .
You mean you didn't understand my refutations. If you disagree with them, try responding to them. From my point of view, the errors in your arguments against relativity are very obvious and betray a poor understanding of the theory. Relativity has already been shown to be internally consistent (bijective linear transformations don't contradict themselves), so trying to come up with a gendanken to disprove relativity is a losing proposition right from the start. You'll look less foolish if you try to come up with physical evidence against relativity, as no scientific theory is immune to disproof through experimetation. Even then, remember that you're arguing against a theory that has been used successfully by most physicists for a hundred years now, and has certainly stood the test of time. No I don't. I've got a good enough grasp of relativity to spot the most basic and most common misconceptions of the theory. Personally, I don't like the way relativity is taught in schools and universities - reciprocity was introduced to me as if it were something almost magical that just miraculously worked. It was only recently, when I adopted the Lorentz transform, that I realized this wasn't the case. Make sure that the theory you're thinking of and are trying to replace really is the theory as proposed by Einstein. There are countless variations of it from people who have their own idea of what relativity is about. If you're having problems with relativity, you've almost certainly misunderstood something. In your case, you seem to think the two postulates of relativity refer to all reference frames. They don't. If you want "someone recognized in the Scientific Community" to say anything at all regarding your theories, try getting them peer reviewed.