Michael,
An 8-sigma detection is impressive. Anyone but the most pedantic literalist would consider 8-sigmas good enough to use the word proof.
You simply missed the entire point I'm afraid. The only way you can pick out a random number like 8 sigma out of thin air is to *assume* that your galaxy mass estimates are *flawless*, and you've found every ounce of ordinary matter in a given galaxy.
I'll be equally blunt: Yes I do know what I'm talking about. How in the *world* did you figure they accounted for the ordinary mass that they believed to be present in that 2006 lensing study?If you think that the study assumes that "stellar mass estimation techniques are *perfect* and *flawless* in every possible way", then you simply don't have the faintest idea of what you are talking about. Sorry to be blunt. But I want to make my position clear.
Wow! Talk about pure denial. I handed you three later studies (after 2006) which demonstrated that they utterly blew chucks at guestimating the amount of mass in the galaxy infrastructures. They didn't just miss it by a "little bit", they missed it by somewhere between 3 and 20 times depending on the size of the star and the type of galaxy! That's a *huge* underestimation of the amount of *bayronic* matter in the stellar infrastructure and that's *in addition to* all the plasma they found around our galaxy in 2012.I see no need to reply to the rest of your post.
To everyone else: If you are curious and want to read more about this, look up "Bullet cluster" on Wikipedia.
http://io9.com/5946052/milky-way-galaxy-is-dwarfed-by-its-massive-hot-gas-halo
You see no need to reply to those later studies that falsified your galaxy mass estimation techniques because you can't handle it. Who do you think you're kidding?
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