Science is my core interest, fundamental understanding of nature is the most transferable skill, it grants a baseline for understanding of many fields, from growth of life, animal migration and solar activity to human behaviour in traffic and stock-markets, they all adhere to laws of physics and causal, fractal, hierarchical and cyclical principles. With correct tools these phenomenon can be forecasted.
My current scientific focus is practical application of fractal mathematics to real life phenomenon. I have used MF-DFA (Multifractal Detrended Fluctuation Analysis) to analyze the US stock market for my bachelors dissertation and solar activity on my own time and shown both to exhibit multifractal properties with a level of predictability. I am in the process of writing research papers on these topics.
I enjoy scientific photography, I've built my own microscopes and telescopes several times as well as Infrared and ultraviolet cameras.
Infinite fractal zoom created by me
One of my fractal sets
An image of an eye created with a self-invented spectral isolation technique. A similar method is already used for near-infrared retinal scanning on smartphones.
A real colour photograph of light fractals, water refraction at a microscopic scale. Taken in 2014, it seems to be the first photograph of its kind.
Microscopic photograph of apple skin taken with a home made microscope. The top of the thinner ridges have a width of a few micrometers - ~0.002mm. Depth perception was created using angled illumination shadow casting, same as the craters of the moon during non-full-moon phases.
One of my many moon photographs
Photograph of the sun using a home made telescope
Hand veins using spectral isolation
Photograph of photo prints using visible light and infrared. Visible red green and blue inks are invisible in the infrared spectrum.