The actual APP that does some analysis of Shakespeare’s “Romeo and Juliet” is located HERE. Please wait through a potential little load or evaluation times, it is computing! Read below for the explanation of how app works and other ideas on Shakespeare’s data mining. April 23, 2016 marks 400th anniversary of Shakespeare’s death. Just a […]
“The Barth-sextic is a sextic surface in complex three-dimensional projective space having the maximum possible number of ordinary double points, namely 65. The surface was discovered by Wolf Barth in 1994, and is given by the implicit equation: where phi is the golden ratio.” ~ MathWorld. We can write short Wolfram Language code ( by […]
Wolfram Language allows creation of computational 3D models. These are different from those you can build with your own hands such as SketchUp etc, because computations are often intrinsically different from the way humans see and think. Let’s take for example Calabi-Yau Surface. It is a mathematical object and it is hard to imagine it. […]
The data Drug Poisoning Mortality: United States, 1999–2014 are published by USA government. In a few recent blogs (1, 2, 3) static visualizations of data were performed. Here we show how to animate maps of geographical drug overdose spread in USA. Below you can see 4 images, each reflecting upon Age-adjusted death rates for drug […]
I sometimes get asked what is the best way to style edges and vertices with different numerical values, like weights or centrality measures, for example. In this post i will go over small graphs, because large graphs are a very different story and require a different, sometimes opposite approach. A network is a messy creature, […]
Read my new article published by the Wolfram Blog: Solar Eclipses from Past to Future, Earth to Jupiter.
Read my new article published by Wolfram Blog: Find Waldo Faster. Here are some images from the article.
Please read my new blog post published by Wolfram Research: Modeling a Pandemic like Ebola with the Wolfram Language Click here for a Russian translation.
I can occasionally appreciate a nice ASCII art design. But the better is the design, the more manual and custom approach it needs – or so it seems. It is actually quite challenging, if you think about it, to transform a known image or shape to a limited medium using finite set of geometries. So […]
Another code sample from Wolfram Community. I noticed that a discussion about programming a lighted Christmas Tree from a simple equation t*Snt[t] became very popular on Reddit. It is connected to a project a programmer developed. I thought how fast we can make it with Wolfram language? Here is the result with slight flickering 😉 […]
This post is based on a thread from Wolfram Community. The rules by Simon Woods are simple: 1000 dancers assume random positions on the dance-floor. Each randomly chooses one “friend” and one “enemy”. At each step every dancer moves 0.5% closer to the centre of the floor, then takes a large step towards their friend […]
Harry Potter for adults. Long thoroughly enjoyable volume. Magic told as if would be part of society. Cold British political satire soaking every page, every sentence. I would call this “action in slow motion”. Because there is action. And suspense. But a gentlemen shall move with a respectful grace. And so we shall read. “Neil […]
My recent publication at the Wolfram Demonstrations Project: “Iconography for Elementary Cellular Automata Based on Radial Convergence Diagrams“. Consider a complete set of initial conditions for a finite elementary cellular automaton (ECA). This set can be indexed by integers using a Gray code or a binary to decimal conversion. During the ECA evolution, the […]
This is a great little book. I recommend the audio book edition read by Mark Deakins. A few good qoutes. “[The Dog Stars] gripped me—it’s the real deal. Heller’s voice is extraordinary and his narrator’s toughness seems to hide a beautiful and aching restlessness. One of those books that makes you happy for literature.” —Junot […]
My recent publication at the Wolfram Demonstrations Project: Order, Chaos, and the Formation of a Cantor Set Attractor in Elementary Cellular Automata Consider finite elementary cellular automata (ECA) of size 10. All possible binary vectors of length 10 form a complete set of initial conditions (CSIC). Every step of an ECA evolution maps this set to […]
I just posted on Wolfram Community. For comments – go to the original post. An here is what it is about. I sometimes run lengthy computations, overnight or even a few days. We have built in Monitor function to track the progress of a variable. But I often find it useful to estimate how much […]
On Tuesday July 23, 2013 we publicly released a marvelous project I am and have been part of for a bit already – Wolfram Community. Read about it in the article I wrote for Wolfram Blog. The project in its essence is a networking portal for everyone interested in Wolfram Technologies. People can connect, share […]
My recent publication at the Wolfram Demonstrations Project: Cobweb Diagrams of Elementary Cellular Automata “Each possible state in the evolution of an elementary cellular automaton (ECA) can be uniquely labeled by an integer. For a finite-width ECA, this set is mapped to itself during the ECA evolution. Thus an ECA defines a recurrence relation on a […]
My new publication at the Wolfram Demonstration Project is Time Series and Cobwebs for Arbitrary Recursive Maps on the Unit Interval. Follow the link to view interactive version. Here is an exert from text: “The logistic map is probably the most famous and simplest example of a function from the unit interval onto itself that […]
I just finished reading “Shadow of the Wind” by Carlos Ruiz Zafón. I would highly recommend this book to anyone who is a fan of fiction. Exceptional style of writing wraps twists of story-line unraveling the mystery in rich poetic and metaphoric language. Besides dramatic roller-coaster of events and emotions, the book constantly induces thoughts and imagery and […]