Actually evidence for dark energy does. You've given links to such things. Just because you don't understand the meaning of the word empirical, doesn't make a theory you haven't even got the faintest idea about wrong.Then you have a big problem because you can't distinguish between "magic garbage" and "dark energy". Neither one of them shows up in an empirical test and you can slap the same exact math to either label.
We have a very good theory of gravity. It is called general relativity. It has been tested to very high precision. We have a very good theory of electromagnetism. It has been tested probably to a greater precision than any other theory in the history of physics. These are two of the benchmarks of quantitative science. Together with empirical observations, these tell us that there must be some unobserved matter in the universe. That does not interact through the EM force. We call it dark matter. And there must be something causing the universe's expansion to accelerate. We call it dark energy. These two things are based, as I've just explained (but its worth repeating) on two of the best tested theories in physics. And that is tested quantitatively. I'm struggling to see that your above comment could be much more wrong.Nope. It also has a "qualitative requirement" that you seem to completely ignore. Math related to invisible elves is irrelevant without some evidence that such things actually exist in nature, no matter how many times you point at the sky and claim: "Invisible elves did it, here's the math".
Simply not true. For example, from our known theories of gravity and electromagnetism (which you'll remember are tested to extraordinary precision) ,we can do pretty good calculation of the required density and distribution of dark matter, for example.You forgot to *QUALIFY* your theory first! You can't even directly "measure" anything by way, you *ASSUME* measurements from a host of *ASSUMPTIONS* that are themselves highly subjective.
I don't really know what you mean by a "QUALIFICATION sort of way". And what do you mean by "where [it] comes from"? I don't know why the charge of an electron is ~ 1.6*10-19 C either. But I can perform a bloody good test, with controls, to determine that this value is in fact accurate.This would be great if you did it the way Birkeland did it, and used real control mechanisms and real scientific experiments to test your ideas in a QUALIFICATION sort of way. Since you can't even tell me where "dark energy" comes from, how would you even create a "control mechanism" for it?
This is nonsensical. Do you understand what the word quantitative means? Yes or no?You can't. You therefore can't distinguish between "magic energy" and "dark energy" because the math could be applied to *ANYTHING*, including magic elves.
I don't really care. It just illustrates the fact that you are utterly incapable of making a scientific argument and have to resort to name calling. Its a bit pathetic really.Then you don't mind if I call you theory "Magic Lambda-religion theory" do you?
But nobody is just pointing at the sky and making stuff up. Except you perhaps. People are using some of the most advanced scientific equipment mankind has been able to produce to compare observations of the cosmos with our understanding of some of the best tested theories in physics. And the conclusion that these people are coming to is that there must be more to the cosmos than meets the eye. And rather than just sitting back and giving up, people are then using these observations to make predictions about these things that aren't immediately obvious. And by testing these theories by making quantitative measurements and comparing them with their quantitative theory they can test how well theory gels with observation/experiment. And when these theories work, when they match with observation and experiment, this is called "scientific advancement".You can slap math to all the invisible forces you like, but you can't demonstrate any of them actually exist in nature. It's therefore pointless to point at the sky and just make stuff up.
You, on the other hand, are taking theories which do not match experiment and saying that they must be right because they produce pretty pictures. But that isn't science. Pretty pictures is art. Science is quantitative. And the "theories" you propose either have no quantitative component or fall at the first hurdle. This is the antithesis of science.
Simply not true. We know how gravity works - that's general relativity. We know what "normal matter is" - that's the Standard model (of particle physics). We know how the particle's of the Standard model interact. We know from observations that the particle's that make up the Standard model cannot be responsible for the "dark matter" because the observations do not agree with the way the standard model particles interact. We know this quantitatively. Therefore, we are pretty certain that the particle's that comprise dark matter cannot be part of the Standard model. Particle's that are not part of the Standard model are, by definition, exotic. Therefore we can be pretty certain that dark matter is exotic.All you can demonstrate with these references is that you grossly *and I mean grossly* underestimate the mass of a galaxy. You can't demonstrate any of this is related to any form of exotic "dark matter".
Not at all. We know from GR and observation that dark matter cannot be due to MACHOS (except for a small percentage). We know from our lab based experiments that it cannot be clumps of normal matter. Therefore it must, almost certainly, be something exotic.All you can demonstrate is the failure of your own galaxy mass estimates this way, nothing more.
1) Not all exotic dark matter theories == SUSY.The only way you could hope to demonstrate SUSY particles in a lab, but alas they don't show up in a lab,
2) That should be "they haven't shown up in a lab yet". This of course does not mean they don't exist any more than the proton didn't exist before its discovery. All it means is we cannot be certain about there existence...
Correct on DE. The Sun doesn't show up in a lab either. Neither does the Whirlpool galaxy. These are things that are too big to show up in a lab. Its exactly the same for dark energy. If you conclude dark energy doesn't exist because it doesn't show up in a lab then one would probably have to conclude the same about the Sun. I suggest you try to learn about the concept of "scale". Its a very useful concept in physics. (And in art too, for that matter.)nor does "Dark energy" or "inflation faeries" or any of the stuff you guys put faith in.
Inflation faeries are something you made up. They don't exist because they are part of your subconcious. Please try to understand the difference between the real world and the things you make up in your head. It would make you seem a lot less like a crackpot.
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