On 1/8/08, Horace Heffner wrote: ...
> Here is an interesting observation I noted by classifying about 3500 > galaxies on galaxy zoo. The bar galaxies tend to have long flat > segments to the bars. I think this might be due to the outflow of > negative gravitation mass mirror matter weakly interacting with > outward flowing jets of real matter. There is a powerful > gravimagnetic field cast by the central black holes. The > gravimagnetic Lorentz force on the two outward matter types is in > opposed directions! The counter flow of the two weakly interacting > matter types tends to straighten the bar near the central part of the > galaxy. The gravimagnetic force drops of as the 4th power, and the > flow of the mirror matter diminishes in the outreaches, so the bar > then warps tangentially. Eventually the bar disappears and only an > ordinary ring of matter remains around the galaxy. I don't know if > this is all correct, but this is what continually pops into my head > as I view some of the many great views of bar galaxies that are > available on the web. It is certainly true that fairly rapid > precession rates must be involved for the jets of ordinary matter to > spew out radially to the gravimagnetic field, but you can see > evidence for such precession in photos of nearby bar galaxies. The > gravimagnetic axis and the pole (the pole is the line normal to the > plane of the galaxy) of bar galaxies thus must tend to be askew, and > thus the Lorentz force is manifest by the outward flow of the jets > and the mirror matter. ... I must confess that it's hard for me to wrap my wetware around the concept of fourth power gravimagnetic influences occurring on the galactic macro scale. This is not a criticism of your hypothesis. Rather, it's an admission of my current conceptual limitations. Nevertheless, bar galaxies are indeed curious creatures. Changing the subject: Just making sure I understand this correctly - According to your theoretical research one of the conclusions would be that when we observe distant galaxies through telescopes there's a good chance that a significant percentage of them are composed entirely of mirror matter? Regards, Steven Vincent Johnson www.OrionWorks.com www.zazzle.com/orionworks
