odysseus145 said, "<font color="gold">That sentence pretty much sums up uplink's recent intellectual decline. With any luck the new moderation will clean things up a bit.</font>"<br /><br />The following is good advice that I would like to pass onto you, and I want you to pay special attention to the term "Prove":<br /><br /><i>OK, you have formed a hypothesis. An idea if you will. <br />Believe me, that is both the easy and the hard part. <br /><br />It is hard in that it is creative, but also requires understanding. It is easy in that it is, at this point, just an idea. Many people come up with ideas. What takes an idea from the easy regime to the special regime, and into the rarified air of a theory is what follows: <br /><br />You have to start thinking about how to either look at existing data, or think of experiments that would provide evidence that support or not support your hypothesis. (Note I did not say "<b>prove</b>" - seeking to <b>prove</b> something shows a bias that make your thinking questionable) <br /><br />Now, for your specific example, one potential place to look at the data is in the area of neutrinos. You have to understand for your process exactly what flavor of neutrino you expect to see, and at what rates. <br /><br />Neutrinos also are one area that is still somewhat of a problem for the standard solar model. Observations of solar neutrino flux (A cousin of mine spent years in deep Russian mines doing neutrino counting work) have shown a flux that is one the order of 3 too low. <br />The hard part of dealing with this is of course that there are still subtlies in neutrino lifetimes that need to be addressed. <br /><br />Now, what I have talked about takes a lot of work. When I point it out, most recoil at the notion, because this is a different, in some ways less satisfying than simply stating ideas. It requires a discipline and a true devotion to establishing the veracity of the idea. A discipline to understand what data is available, and understand wha</i>