Kaz-Balan
viper232
... relativity works with the data quite well, is very well known ...
Discussing it could help others who don't understand relativity not be confused as to either its validity, or its contents ...
Please do, then.
I have, you simply have chosen to consider it all irrelevant. You have admitted not caring about the evidence, formulation, derivation, or any aspect of the theories, and simply enjoy rejecting the conclusions you disagree with.
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viper232
... it's eminently possible people will take her ... statements as some form of accurate picture of what physicists actually describe relativity as.
Please do not assume :
. my statements were "some form of accurate picture of what physicists actually describe relativity as"
. people cannot read my statements
. people cannot think by themselves
. people cannot make their own minds on such matters if they are not scientists
People can read your statements, but it'd be good if they understand you have no idea what you're talking about. You're using some words that some people might consider to show you have knowledge, when it's evidently clear you don't.
you
General relativity means space and time, two dimensions extremely basic, historically,
in physics, once completely separate and linear...
...are now linked into some "spacetime", that gets deformed by gravity,
with extreme speeds ( past ~7% of c ) creating noticeable effects on dynamic events,
called "relativistic" effects.
You said this AFTER I corrected you, AFTER I explained why it's not "general relativity" that links them into spacetime, it's special, and AFTER I explained how gravity doesn't distort spacetime. I explained this in detail without the use of any form of math (except an implicit assumption that you know basic geometry, and possibly if you want to start back at the beginning an assumption you can preform basic vector calc... which you might consider 'gasp, that's extreme!' which would be ironic considering the formulation of Maxwell's Equations in classical physics requires vector calc)
Given that you post outright lies about the physics. Yes, I say lie, because I told you right before "that is NOT what the physics says" and in the very next post you make the exact same claims... it's very clear that while one doesn't have to be a scientist to make up their minds, one does have to have at least a tiny understanding of the subject they are discussing.
No, you don't need to be a scientist, but yes, you do need to learn the subject. A 3 year old is no more qualified to comment on the validity of the water cycle as you are to comment on the validity of relativity. It's not that you have to be a scientist, it's that you have to have a tiny tiny understanding of it. You don't have any understanding, at all, even a little, and instead continue to promote false claims when corrected.
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http://i3.photobucket.com/albums/y94/pcoquelin/Laura/Explain.jpg
There's a difference between simple, and detailed. Simple gives overviews, but teaches you little about what's really going on. Detailed has the potential to go over many people's heads, but lots more information is provided and to those who can understand it, it is significantly more useful.
It's possible for my prof to explain very simply what the WMAP satellite does, but if I want the details of what it's doing, I'll get a much harder to understand explanation.
whateverfloats
I'm not denying relativity. But what does relativity has to do with things outside the universe?
Considering how we describe the shape of the universe can be done with relativity, it could help answer "outside the universe, does that make sense?"
II Lilium II
Just like there is no highest number because you can always add one, there is no end to the universe...
Evidence needed. No, really, considering it's possible that the universe has a curvature >1, the universe is finite in the sense that the earth is finite. Now, start on any point on the surface of the earth and you can walk around infinitely, but that doesn't mean "there's no end to the earth".