M64 - A BLUE STAR GALAXY


All of the Hubble wide field cameras were turned to the focal bit to get this multi wavelength view of M64 called the Black Eye Galaxy, and reported deep dark dust lanes obscuring the inner bright eye, the dark dust lanes an illusion












The dark lanes turn out to be brown and dramtically articulate, from a different galaxy merged in a former collision and thrusting out broadening into a foresweep around the upper right inner flank, the outer flanks all smoothed by wiping in former collision(s) and rife with hot blue stars, the smoothed mantles themselves blue in frequency, indicating depositing of concentrations of negative charged matter in abundance this known in that negative charges concentrate as tightly as possible around local points of center, positive charged material (red) spreads out and forms diffuse regions with no definative small hot local points of center, the M64 mantle in this instance is different in being primarily blue not red

Max enhanced



The mantles themselves spread out far from the center, the greater outreaches hardly seen so dim (in this Hubble view) except under extreme levels of image enhancement

The top and bottom corners where the mantles from original longarms are enexorably winding up and both mantles (left, and right) folding in over the eye like slowly closing eyelids





Above, an abrupt partial collapse in stereo, shows how important stereo is for determining real properties in dynamic events. Focus side by side image pair together by eyesight to see stereo







The Hubble image is about 15% of the whole galaxy



The number of blue stars in the mantle is suggested by this (next) highly exaggerated blue enhancement, small dottling texture throughout the upper right mantle are assumed to be myriads of small stars peppered with bright large supergiants





The edge of the mantle facing the left is nearly without a fringe of super active star births, indicating that the upwelling brown outfulge (surging) of the other galaxy in motion, is pulling away from the edge of the mantle in its upsurge into the open. If moving toward the mantle, pure compression would be occuring along the jagged edge resulting in brightly active star births along the fringe, but there are few new stars, most non unexpectedly at a small incise near the upper part of the mantle

If this extrapolation is correct, in time the outfulge will be pushing right over or even into the core itself altering the core forever

Compression along the edge of a smoothed mantle is seen in galaxy Centarus A





In press release captions, described as explosive hot new blue star births, the upperlip blueberry milkshake fringe has been caused by either the mantle galaxy moving, with greater pressure and compression the result, foreward into a horizontal collider, or, the horizontal collider pressed into the upper mantle shoving into it slightly before descending on inward in carving the midrift, in either case, a fringe of bright new young blue stars has resulted from the moving into, causing explosive pressures, as opposed to moving away from which released pressure and diminishes starbirths, which is the case in the right half mantle edge of M64

The fact that (as seen in stereo) the lower right mantle is actually a prominent forebuldge jutting this way at an angle over the viewer's shoulder, tells us with distinction that the mantle galaxy is moving foreward - easing into right field - in that the foreward jutting buldge of the lower right mantle is overcovering the horizontal slash. If visa versa - (the slash being caused by a collider moving into the mantle galaxy away from the camera) - the forebulge would be chewed, instead

Hubble original

Web site/display/designs/image enhancements - Greydon Moore World's largest cosmic teaching site - Ottawa 2001/2004         form   A & O 3 3