I Am Galileo In The 21st Century ?

1. There is the result proved over 80-years: galaxy disk brightness decreases exponentially in radial direction.
2. What is the curve on the disk so that the directional derivative of logarithmic light density in the perpendicular direction to the curve is constant along the curve (i.e., the ratio of star density (light density) on one side of the curve to the one on the other side is constant along the curve)??
3. The answer is the logarithmic curves!!
4. Normal-spiral-galaxy arms are logarithmic curves!!
5. The curves can be derived by complex exponential function z=exp(aw)
6. How many analytical types of orthoganal curves approach the exponential function?
7. Only two. The above logarithmic curve is one. The other type gives galaxy bars!!
8. In far distance from the galaxy center, does the bar brightness approach the disk one? If it did then my result would fail because we could not distinguish between bar and disk in the far distance from the galaxy center.
9. It is amazing that the bar brightness does not approach the disk one (astro-ph/0510535):
   We have exponential disk ( exp(-r) ) but we have cubic-exponential bar ( exp(-r³) ). This is a miracle!!!!!!
10. My model fits 9 real galaxy images very well (see my computer software ($3.80))!!
11. My model fits elliptical galaxies both theoretically and numerically (astro-ph/0510536).

Therefore, I am Galileo in the 21st century? But I do not know how to spend the rest of my life.

Quote of Max Planck (the father of Quantum Mechanics):

"An important scientific innovation rarely makes its way by gradually winning over and converting its opponents: it rarely happens that Saul becomes Paul. What does happen is that its opponents gradually die out, and that the growing generation is familiarised with the ideas from the beginning.''

Galileo Galilei