Well Bred Fractals

Steve Lawrence is a fractal explorer who has discovered numerous mathematical universes. The resulting mesmerizingly detailed and colourful fractals stand out with their vivacious and energetic colours and patterns captivating viewers.

This man is ready for the big league. Steve Lawrence is preparing for a show of his beautiful fractal works in Paris, France. If you know anything about the art world, you will know these big opportunities don't just drop out of the sky. Steve has been creating his incredibly unique library of original fractals for decades, perfecting his art and promoting his work, and we are all really proud of him.

BRAVO! Best I have seen since falling in love with this realm from the Aug 1985 Scientific American! Thank you for keeping this unique ART FORM ALIVE! YES IT'S ART. The array of integers calculated are meaningless until rendered and only visionary artists can choose and tune color pallette for specific emotional appeal. Further, very few realize the inside of sets have their own dynamics until artists conjure stunning means for rendering them. Well done!

It's so interesting how a formula can create something so complex.

Steve Lawrence is a fractal artist who uses mathematics and computer science to create visually captivating fractal art, bridging the gap between art and science. He explores these equations within the context of mathematical universes, visualizing the results of these iterations as if they were physical landscapes. He uses a combination of computer-based algorithms and artistic judgment to create his fractals, which are known for their vibrant colours and intricate patterns. The fractals often reflect natural forms and processes, as the mathematical models used mirror the dynamic processes that shape the natural world. His work combines artistic expression with scientific understanding, reflecting a holistic approach to knowledge and exploration.

Well Bred Fractals are well-regarded for their aesthetic appeal, technical complexity and unique artistic expression, with reviewers consistently praising their beauty and the artist's skill in translating mathematical concepts into tangible art. Many reviewers express admiration for the beauty and complexity of the fractals, noting their mesmerizing quality and the artist's skill in color selection and design. One reviewer mentioned that Well Bred Fractals are the best he has seen since discovering fractals in the 1985 Scientific American.

These fractals are born from mathematical universes described by iterative dynamical systems—complex rules that produce self-similar, recursive patterns. Many of the fractals mimic shapes and structures found in nature, such as galaxies, clouds, trees, shells, and plant patterns. This resemblance is no accident but rather the outcome of the fractals following similar iterative processes that shape natural forms.

Well Bred Fractals are the result of a unique creative process that uses a combination of bottom-up iterative computer calculations and top-down rule-based decision-making. This directed evolutionary process involves the computer performing extensive mathematical iterations while the artist guides the development with design principles, coloring choices, and framing techniques. The result is a seamless blend where the fractals are both mathematically generated and artistically curated.

Magnifique!