A new open-source circuit board, featuring Chua, Lorenz and Rossler Strange Attractors, as well as unstable circuits, is now available for everyone to make. What the outputs of each chaotic ...

The Lorenz attractor dates from 1963 ... And Lorenz's original insight, that the strange behaviour of his equations was not a numerical artefact, can no longer be disputed.

What is a Lorenz Attractor and other “strange attractors”? Analog computations can be set up by kids ranging from 8 to over 100 years old. Analog computing can be performed with dedicated ...

The circuit in question is from the always interesting [Glen’s Stuff] website. From that site: The Lorenz system, originally discovered by American mathematician and meteorologist, Edward Norton ...

The mathematician Edward Lorenz created the model, called a strange attractor, in the 1960s; it's a line that alternately spirals around two adjacent ovals, mapping out the chaotic solution to a ...

Yet Lorenz had more to offer. In 1963 he discovered the Lorenz Attractor, the first of a class of mathematical phenomena called Strange Attractors. In essence, having discovered chaos, Lorenz explored ...

But Lorenz also found that these unpredictable outcomes weren’t quite random, either. When visualized in a certain way, they seemed to prowl around a shape called a strange attractor.

The mathematician Edward Lorenz created the model, called a strange attractor, in the 1960s; it's a line that alternately spirals around two adjacent ovals, mapping out the chaotic solution to a ...