Total magnification is given for each image. Magnification is, of course, with respect to the entire Mandelbrot set or, more precisely, a region in the complex c-plane with :
max(Re c) - min(Re c) = 8/3 , max(Im c) - min(Im c) = 2
Maximum number of iterations is set to 80000-640000. This much is required to resolve all details, although the number of iterations is much lower at most pixels. The total calculation time was several hundred hours even though I used a 200 MHz Pentium most of time. The last image demanded more than 200 hours by itself.
Our journey starts at y-coordinates around 0.01, i e rather far down the valley.
Notice the similarity between the shapes in the middle of picture and the buds
on the cardioid to the right. A number of mini-MS:s are visible. These are
better viewed in a high-resolution image. You can calculate it if you
download the
picture, load it into Fractint, and recalculate it with a disk/ram 'video'
mode with 2048x1536 pixels.
This is a section of a spiral in the preceding image. You can see a number of
"bridges" and in high-resolution you can see, or at least guess, that there
are small mini-MS:s at the centers of these bridges.
shv75_3.GIF Magnification: 4.65*10^6
A closer look at one of the bridges. An even closer look ...
shv75_4.GIF Magnification: 5.41*10^7
... reveals a mini-MS. We take ...
shv75_5.GIF Magnification: 2.22*10^8
... a closer look at it.
shv75_6.GIF Magnification: 4.43*10^9
shv75_6A.GIF Magnification: 1.14*10^10
A detail and a closer look, where you see several mini-MS:s.
(Logarithmic palette.)
The zoom-in continues from shv75_6.GIF, upper left part.
shv75_7.GIF
shv75_7A.GIF Magnification: 8.87*10^10
(Logarithmic palette to the right.)
shv75_8.GIF
shv75_8A.GIF Magnification: 1.77*10^12
Nice spirals! Zooming in at the center will probable not give anything, so ...
(Logarithmic palette to the right.)
shv75_9.GIF
shv75_9A.GIF Magnification: 3.55*10^13
... we zoom in on a section of the spiral to the right of the center.
(Logarithmic palette to the right.)
shv75_10.GIF Magnification: 1.81*10^15
A bridge, where we look for a mini-MS. We will succed, but with much
more effort than I first thought. In fact, the mini-MS is not found at the
center but in a smaller bridge off the center. On our way down we will find
fascinating new patterns.
shv75_11.GIF
shv7511A.GIF Magnification: 3.41*10^15
Just a little closer.
(Logarithmic palette to the right.)
shv75_12.GIF Magnification: 6.82*10^16
(Logarithmic palette)
Still no mini-MS but nice picture!
shv75_13.GIF Magnification: 1.36*10^18
(Logarithmic palette)
Still nothing. We move a little from the center, zoom in
another 20 times, and find ...
shv75_14.GIF Magnification: 2.73*10^19
(Logarithmic palette)
... a little bridge. We zoom in at the center, finding ...
shv75_15.GIF
shv7515A.GIF
Magnification: 1.05*10^21
... this. It looks promising.
(Logarithmic palette, circulated colors to the right.)
shv75_16.GIF Magnification: 1.27*10^23
We seem to approach a mini-MS at the center.
shv75_17.GIF Magnification: 1.27*10^24
We are definitely approaching a mini-MS at the center. You may
barely see it, but ...
shv75_18.GIF Magnification: 2.54*10^25
... here it is!