M
michaelmozina
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<p><BR/>Replying to:<BR/><DIV CLASS='Discussion_PostQuote'>I think Michael is rather adamant in the other direction. But your point remains valid. However, that sure does speed up a lot of things. I guess that we don't need the LHC to help confirm or deny supersymmetry then -- that will really cut the work load of a boat load of particle physicists. Maybe we won't even need to restart the facility. So much for "empirical science".It also pulls the plug on string theorists, since string theory/M theory needs supersymmetry. I guess that we won't be able to count on the economy being buoyed up by a lot of consumer spending from soon-to-be fired string theorists in this pre-Christmas season. What amazing progress. A major issue in theoretical physics solved -- with nothing but an ordinary PC keyboard.However, contrary to what has been implied, supersymmetry has been around as a hypothesis and as a theoretical construct for several decades. It is as mainstream as is string theory, which is to say it is a valid avenue of theoretical research in physics, but not a validated theory by a long shot. I have no idea if SUSY particles exist or not. Neither does anyone else. It they do I don't have any idea if they account for a significant part of what is called "dark matter". That is one example of why physics remains a valid area of research science; we don't know everything but we are trying to find out.Damn I wish I had as clear a crystal ball as does Michael. All of mine are pretty cloudy. <br /> Posted by DrRocket</DIV></p><p>I love the creative little strawmen you come up with. Of course the fact I happen to be a big supporter of the LHC program would never stop you from suggesting I've already anticipated the outcome of all their experiments.</p><p>I just don't have any emprical evidence *yet* than any new forms of matter exist. If and when the LHC finds some evidence of new particles, then I'll be the first to congradulate them. Of course there is no guarantee that anything they find will "fit" with any of the "properties" assigned to "Dark matter" in terms of longivity, etc. If they find such evidence, great, I'll be happy to let you use some of that to explain what we observe elsewhere. If not, then what?</p><p>FYI, even without emprical support I'm not insisting that non-baryonic forms of matter be considered "unexplained" and treated any differently than any other theory. I've yet to see anyone "explain" how "dark matter" creates hundred billion volt electrons, but I've certainly read articles on NASA websites making this claim. Why? What "scientific" evidence demonstrates that this is even possible? </p> <div class="Discussion_UserSignature"> It seems to be a natural consequence of our points of view to assume that the whole of space is filled with electrons and flying electric ions of all kinds. - Kristian Birkeland </div>