My attitude is: "Hey, the public paid for these images and everyone in that public gets to use them. Any and all of them. That's fair use."
So imagine my surprise when I got an email regarding my occulting galaxy image (the wallpaper of this blog etc etc) by an author of an alternative galaxy evolution model.
Here is the excerpt he sent me that talked about the overlapping pair:
Case Study of 2MASX J00482185-2507365. You are on your own, Lil’
Doggy.
In
the next illustration the secondarily formed nucleus is
considerably smaller than the primary body. A case of mitosis? If it is, then a fragment or the tail
end of a bar nucleus was dislocated and forcefully and speedily flung for some
distance from the galaxy’s center.
It lodged there above the ‘mother’ galaxy, where it has begun to
construct its own galaxy of stars.
So small, but it seems to have retained a preference for the bar shape.
[Any suggested names for this ‘newbie’
galaxy?]
Before reaching its present location this ‘offspring’ galaxy was a clump
of heavy black holes. Perhaps less than 10% of the original nucleus, it still
weighed as much as several hundred thousand Suns, perhaps millions. As it soared through the inner most
galaxy and partially through the spiral rings it caused some minor alteration of
the star orbits in those areas, which is apparent in the image, minor effects
because of its great speed.
Run-away stars and black holes have been well documented. These are the losers of a gravity
contest between two or more big boss bodies. So, this junior galaxy quickly got to
where it wanted to be, then slowed enough to start its own family of stars. Again, runaways are slowed by the
capture of dark matter and increasing weight. Its present site is ideal for capturing
inflowing dark matter. (Dark matter is instrumental in star
formation.)
[Someone want to calculate
how long it took to reach the present location?]
(It is asserted here
that the Milky Way nucleus is preparing for a similar event. See The
Case of the Twisted Ring at the Center of the Milky Way, July 20,
2011.)
[Reminder: Scientists state
that no such action is possible because the nucleus is just one oversized black
hole that never breaks up or decomposes. (Except for some
vague exceptions.)]
One of the characteristics that distinguish Mitosis from
the more common merger of galaxies is the absence of gravitational or pressure
waves. The two entities do not interfere with each other. Reasons
given elsewhere.
-------------
I will not even pretend I understand the logic but I am flattered that someone got inspired by the picture I helped create (props really go to JD and the Hubble Heritage team) and I appreciate being told about its use.
