Basically, you feel like the scale is getting higher, but it is not. ![]() ![]() I like this one, is my first sound illusion. The film doesn’t belongs to the blog, but is so amazing… Or… if it is a mall, how to design it to make people walk several times into the same point (increasing the showing of that particular shop). Basically, a good design can help to build a museum where you can visit exactly once each room without crossing with other visitors. In this post what he wants to show is the importance of designing of buildings. I never had enough time to make anything. I don’t like Mathematica, I prefer Matlab or Python, but… who knows, this could be useful. Unfortunately, it’s difficult to repeat successfully patterns. This one uses the geometrical approach for defining the functions used for performing the iteration. This is an applet to play with iterated functions systems. (I’m working in a nice post about this, but I’m not telling anything more now). In the image on top we can see 2 double pendulums, what the animation want to show is that quite similar initial conditions can evolve into very different evolutions. The double pendulum is an example of a quite simple chaotic system, it’s only two pendulums linked. This was the post that bring me to the blog. And I also explore it! Remember the 100 posts post? It’s similar to the Gingerbreadman map, but with a set of equations that alternate randomly. Iterated function systems is a technique to build fractals using transformations of points. And I like this one because I also explore it myself. If you repeat it enough times, a figure appears that looks like a Gingerbreadman. Basically, you select random points in the plane and using very simple equations, you transform the points into new ones. They are close related to chemical reactions and electrical transport. Who knows, maybe a collaboration between us could be possible in the future.īasically, if you have particles moving randomly and they are able to become added to a seed, then these random patterns appear. And here I want to show you which are the ones I like the most. His blog is full of experiments and nice mathematical simulations. Matt has a mathematics degree by Cambridge University, and he is now working on his PhD on statistical dialogue systems. This time I came across Matt Henderson blog. ![]() Last week I spend some days in Cambridge performing some experiments at the university,l and as always happens when I go to Cambridge, I learn something new.
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