This classy bordello would sing: General relativity and Special relativity is false, fake, and wrong

My opponent says that dark matter changes the shift of light, but that only supports relativity. I mean, how else would you explain the seemingly random points of view in time? Magic? Of course not. And besides, just because light shifts due to a different source than what was originally thought, that still does not mean relativity is not false. As for super nanny, my opponent proved my point for me. He admits in his own words, it is "sexy nanny", not "super nanny". See? Different definition from the name.As for phenomenology, the theory is part of what relativity is about. Your source doesn't exactly disprove relativity. It just explains what the specific part about it is, and how it's supported (we're always looking for more evidence to prove relativity, it doesn't hurt to have a back-up for Einstein).No verification of spacetimeOnly the bending of space-time could have caused the strange shift of light. It makes sense, really. The gravity causes all the planets to shift a certain way, and the bend was an irregularity within the gravity equation. Newton predicted Mercury's orbit wrong; but only because he did not know or predict that space-time existed. He couldn't have possibly figured out the way objects interact with each other in space.As for the wrong equation, there's more to it than just one equation. To re-assert everything, evidence from a website [http://curious.astro.cornell.edu...] gives us all we need to know that relativity is definitely true, regardless of the updates in the equation. (For example, if the Big Bang theory was inaccurate at calculating the universe's expansion by thousands of light years, but the universe still expands even in the new theory, then the BB theory will still be true, since the universe is still expanding) So here we go, more evidence (mostly repeated) from http://curious.astro.cornell.edu...: "The theory of relativity is perhaps the most successful development in the history of science ...Space and time can even change depending on who is measuring them; the hands on a clock will look smaller and tick slower the faster the clock is moving with respect to you. Applications of Relativity The theory of relativity is required whenever we study objects that are either (a)moving in a strong gravitational field, or (b) moving near the speed of light. If (b) is true but not (a), we can get away with using a simpler version of the theory called special relativity; historically, this is what Einstein developed first, while the more encompassing theory of general relativity came later.... Moving in a Strong Gravitational Field One of the most amazing aspects of the theory of relativity is that it completely changes the way we understand gravity. Scientists have known for a long time that gravity is unusual....Why is it that gravity, and gravity alone, is able to adjust itself to pull everything towards the Earth at the same rate? Einstein answered this question in a revolutionary way. According to Einstein, gravity is not a force which pulls on things; rather, it is a curvature of space and time caused by the presence of a nearby massive object (like the Earth). When something comes along and moves past the massive object, it will appear to be pulled towards it, but in reality, it isn't being pulled at all. It is actually moving along the same straight line that it was moving along in empty space, but this straight line will now look like it is curved, due to gravity's warping of the underlying "space-time" continuum. Curved space: a simple analogy ...Suppose you are in Ithaca, New York (home of Cornell University) and want to travel to Rome, Italy, which is approximately due east of Ithaca and a quarter of the way around the globe. You might think the best way to get there is to start off heading east and keep going straight until you reach Rome, as shown in the red path on this map: Original map credit: WorldAtlas.com In fact, though, if you start off heading east and continue to go straight, carefully putting one foot in front of the other, you will wind up taking the blue path; by the time you're as far east as Rome, you'll be somewhere in western Africa, near the equator! (If you don't believe this statement, try it out with a globe and a piece of string. Stretch the string tight so that it is forced to be straight, then place it east-west across New York. The rest of the string will pass through Africa and cross the equator, just like the blue path in the above map.) ...some lines which are actually straight (like the blue path) look curved, while some lines which are actually curved (like the red path) look straight. According to Einstein, the same thing happens near a massive object, only the curvature happens to something that has four dimensions (the space we live in plus one dimension of time) rather than two dimensions (the surface of the Earth). Space and time near a massive object are "curved," but we are unable to perceive this directly since we are limited to seeing things in three dimensions. Our brains therefore assume that space is flat... It is not gravity we feel, Einstein says, but simply the ground pushing up on our feet. Effects of curved space and time ...gravity's ability to bend light as it passes through the warped space near a massive object; this effect was first observed by Arthur Eddington in 1919, an event which rocketed Einstein to international fame. Eddington's original results are now considered controversial, but improved technology has spectacularly demonstrated that Einstein's prediction was correct. In recent years, astronomers have not only confirmed gravity's ability to bend light but also found very strong circumstantial evidence for the existence of black holes, objects which bend light so much that it cannot even escape. Another major success of Einstein's theory was that it fixed some serious problems that astronomers of his day had in understanding the orbit of Mercury, the closest planet to the Sun. Some people thought that there must have been another, unseen planet (which they called Vulcan) whose gravitational pull was affecting Mercury's orbit, but Einstein showed that all the problems went away once the theory of relativity was taken into account. ....Gravity's slowing down of time also affects the frequency of light waves and therefore their color; light becomes bluer as it approaches a massive object and redder as it moves away. This effect was first observed in 1960 by Robert Pound and Glen Rebka, who shot gamma rays up to the top of a building and measured the change in their color as they got farther away from the Earth... Einstein's simple solution Einstein realized that in order for the speed of light to remain constant as seen by all observers, other things which everyone had always assumed to be constant would have to change. The faster that two people move with respect to each other, the more they disagree about the light (or the truck, in the above example), and the more they think that something with the other person must be out of whack. Einstein showed that the things which seemed out of whack would have to be length and time - each person would observe the other to be shrinking along the direction of motion and their clocks to be ticking more slowly... From Einstein's simple observations followed many more powerful insights, among them the equivalence of mass and energy (expressed by the famous formula E=mc2) and the fact that information can never travel faster than the speed of light. These ideas and others are confirmed daily ...around the world, as well as in many other experiments...things that can change, from point to point and person to person...." What did I tell you? You can't go against the truth. Relativity is not fake at all.