As previously reported, I’m on a slow track research project into randomness. Having explored the concept of random bits and built some experimental random electronics, I’m still progressing in my question to understand how randomness can be exploited
I stumbled upon a curious mathematical beast: a fractal with infinite dimensions. I will be producing 3 dimensional renderings to get an idea what this ‘looks’ like, but let’s start with the maths. Imagine a trunk of a 1-dimensional tree, i.e. a fat line. After a while it splits into two branches in a 2-dimensional…
A pseudo quantum computer, really? If you know what a quantum computer is than the post title should make you suspicious. Let me explain. The power of a quantum computer comes from its ability to have its cubits in superposition while it is “calculating” a solution. This means that the cubits have all values at…
In my quest to stay up to speed on new technology, I had this crazy idea to develop my own quantum computer. After all, if Elon Musk thinks he can move humanity to Mars then building a quantum computer in my garage should be in the range of the possible. Let me start by saying…
Reposted from my design blog. I am preparing an exhibition of genetic fractal art and this is an introduction to this. With genetic fractals I am exploring the process of creation. A process that starts with nothing and evolves into something both beautiful and complex at once. Every artwork of genetic fractals has a clear…
Published on arXiv, my new paper on analytic tree fractals (a.k.a. as genetic fractals). Title: Definition of geometric space around analytic fractal trees using derivative coordinate funtions Author: Henk Mulder Abstract: The concept of derivative coordinate functions proved useful in the formulation of analytic fractal functions to represent smooth symmetric binary fractal trees [1]. In…
This one has been long in the making. Ever since formulating the maths of genetic fractals, I have been wondering about describing fractal space, i.e. the space around fractals. I have just submitted a paper to arXiv which is scheduled to become available in a few days. I will update this article with the link.…
Recalling derivative coordinate functions When I developed the equation for genetic fractals (paper) , I first defined a “path function”, i.e. an equation that could represent arbitrary curves. This is given as: The notation is slightly different with respect to the paper. is a derivative of the coordinate function and is a derivative of the…
Read this on the Genetic Fractals Design Blog.
Part 1: the Amplifier Unit This is a proud post. Now that I have a fully functioning CNC machine, I can give form to design ideas that I have harboured for a long time. This tube amp is one of many such ideas.
Originally posted on Genetic Fractals Design:
? Henk Mulder “Ombrier II” (2016) Acrylic screen with CNC carved genetic fractal tree on an oak base 20 x 13 cm Plastic IKEA hacked projector on an oak pedestal 9 x 5 cm This work unites many of the concepts that I have been studying. The fluent and…
I’ve been meaning to do this for a long time: create the simplest possible genetic fractal based on a binary string. Let me explain. The nice looking fractals I post here and elsewhere are all driven by a genetic sequence. This goes something like: bend to the left by so much
After 9 nine months of building the Genetic CNC router in 3 generations, I have finally produced the first non-test cut. A couple of speakers for my workshop to enjoy Spotify when the CNC router isn’t destroying my ears.
Yes, you read that right: V1.0! Since my first prototype back in December 2015 which moved a dremel along the XYZ directions but had a resolution of
geneticfractalstech.wordpress.com 