AllatRa by Anastasia Novykh 2 www.allatra.org

AllatRa by Anastasia Novykh
areas of various sciences. For example, in chemical kinetics (from the Greek word
“kinetikos” meaning “the moving one”). Taking into consideration that this area of
physical chemistry is connected with biology and other areas of natural science, I can
imagine what an enormous amount of study material it is, including in the field of
medicine. Fractal models are also used to create antenna structures and in computer
science to improve traffic as well as compress and store data in a highly compact form;
scientists consider them as an alternative future of the modern Internet.
Additionally, fractal models are used in nuclear physics and astronomy to study
elementary particles, processes on the Sun, and the distribution of galaxies in the
Universe. Indeed, fractal properties are found also in the spiral energy movement, to
which you drew our attention back then. I discovered it in indirect evidence, when
physicists observed the behaviour of fractal clusters in external electric and magnetic
fields with the formation of a spiral and turbulent flows. Large vortices would give rise
to smaller vortices there, while those – to still smaller ones, and such a division of spiral
energies was observed until those visible limits which were technically available to
scientists.
Rigden: When man searches, he actually finds more than he has expected to find. The
knowledge about fractals is more ancient than modern people imagine. It’s just that in
the human society, the usual process of borrowing, concealing, and renaming the
knowledge occurs; usual vanity games take place from generation to generation, from
century to century.
Anastasia: Yes, I’ve read about algebraic Newton fractals…
Rigden: Well, this is not the most interesting thing in history… Remember the
Sierpinski triangle – the fractal proposed by the Polish mathematician in early 20th
century.
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