Mistrz Witold

From the blog

THE UNIFICATION BETWEEN ART AND MATHEMATICS

Pupils who have a decent understanding of mathematics and yet want to pursue a career in Art need not worry. There is always scope and chances of advancement when you have a background in mathematics. While the saying that ‘You can either be creative, or you can be logical’ is mostly true, there are a select few who use both sides of their brain powered by creativity and logic, to make their dreams come true. To be able to work on art pieces and their display setting, an artist will need the help of a mathematician or someone who has a basic understanding of math to set up the structure.

There are different types of art forms. From photography to paintings, every single aspect of art has to be displayed, and this is where math becomes a crucial element. While to an artist a mathematicians job might seem very boring and dull, a mathematician can admire the beauty of the way things work together in theories and equations. The same goes for mathematicians. While art is beautiful to the beholder, math is appealing to the beholder as well. However, while an artist will need a mathematician or basic math knowledge to carry out their vision, a mathematician might not need an artist to carry out his vision.

Five Times That Math Became Art

  1. Snow Art by Simon Beck – The artist/mathematician has always been a massive fan of the snow. His snow structures in the European Alps are unusual and noteworthy. When he makes snow art, the artist takes well over 11 hours to construct the most beautiful, mathematically strong pieces such as the Koch Snowflake or the Sierpinski Triangle. Both these pieces are known to have intricate mathematical calculations involved in their structure and design.
  2. Computer Illustration by Hamid Yeganeh – The Iranian artist creates gorgeous computer-generated illustrations with the help of mathematical formulas. The formula he used to create a program can create thousands of art pieces every day. When he first started, he was first able to create basic shapes and then when things took a turn, some of the forms created were fascinating and evolved. The pieces he loves and creates is available on his website for viewing.
  3. Faberge Fractals by Tom Beddard – During every cycle, a pattern is repeated which is called a fractal. These patterns consist of swirls, lines, curves and what not. The artist who is a huge fan of nature was able to use digital rendering to create this pattern on his art forms. The iterative formulae are used to create the 3D fractals, and the colors and detail are He is well known for his 3D Faberge eggs which have some of the most detailed patterns using the formulae.
  4. 3D Models by Henry Segerman – Henry Segerman uses mathematical equations and expressions to create 3D printed models and illustrations. The artist can use these printed models to help his students understand the shapes better. His aim has always been to help pupils understand the concept of mathematics and to use creative ideas to solve problems.
  5. Isometric Embedding by Hevea Project’s Models – While the concept is complicated to understand, you might be able to relate the idea to the movie ‘A Beautiful Mind’ was John Nash, the famous mathematician uses it. The intricacies of the art developed by a French team of mathematicians called the Hevea Project are amazing are contained in a nanometer