Figure 1: The Lorenz attractor was first derived from a simple model of convection in the Earth's atmosphere. Tucker's work is hugely significant, not just because it provides the Lorenz attractor ...

Anabrid’s THAT Analog Computer provides a flexible, programmable, quick way to perform computations on equations. What is a Lorenz Attractor and other “strange attractors”? Analog ...

In the circuit, the attractor can be observed in the phase plane (X-Y) by plotting V1 against the VCE1 voltages. 7. Analog Computer PCB implementation for solving the Lorenz equations This analog ...

Edward Norton Lorenz, is a system that exhibits continuous-time chaos and is described by three coupled, ordinary differential equations. So, the circuit is an analog solution to the system of ...

There was no randomness in Lorenz's equations. The different outcome was ... This shape—called the Lorenz attractor—looked strikingly like a butterfly with two looping wings.

For example, if we simulate Lorenz’s equations over a long period of time, each particle – regardless of where it starts – will eventually trace out the same “attractor”: Although it is ...

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 set of interrelated equations. Lorenz found that the ...