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Careers with maths
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Barry Phipps tells Plus how he bridges the gap between the arts and sciences as an exhibition curator.

A favourite from the archive...
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Get the maths of this famous fractal

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June 2008
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chaos

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One of the most striking and powerful means of presenting numbers is completely ignored in the mathematics that is taught in schools, and it rarely makes an appearance in university courses. Yet the continued fraction is one of the most revealing representations of many numbers, sometimes containing extraordinary patterns and symmetries. John D. Barrow explains.

Tags: chaos : convergence : Golden Ratio : probability distribution : continued fraction : rational approximation : Levy's constant : Khinchin's constant : gear


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In the late 1940s, American painter Jackson Pollock dripped paint from a can on to vast canvases rolled out across the floor of his barn. Richard P. Taylor explains that Pollock's patterns are really fractals - the fingerprint of Nature.

Tags: logarithm : mathematics and art : fractal : dimension : scaling : chaos : Levy flight


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During World Mathematical Year 2000 a sequence of posters were displayed month by month in the trains of the London Underground aiming to stimulate, fascinate - even infuriate passengers! Keith Moffatt tells us about three of the posters from the series.

Tags: Fibonacci number : chaos : differential equation : Golden Ratio : fluid mechanics : advection-diffusion equation : meteorology : Lorenz equations : butterfly effect : strange attractor : dynamical system


Tags: statistics : chaos : meteorology : forecasting


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In issue 29 of Plus, we heard how a simple mathematical equation became the subject of a debate in the UK parliament. Chris Budd and Chris Sangwin continue the story of the mighty quadratic equation.

Tags: Bernoulli equation : Navier-Stokes equations : gravity : ellipse : chaos : differential equation : public understanding of mathematics : quadratic equation : circle : parabola : hyperbola : acceleration : stopping time : Galileo : Newton : pendulum : Euler : complex number : logistic map : Copernicus : Kepler


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In the last issue Lewis Dartnell explained how chaos on the brain is not only unavoidable but also beneficial. Now he tells us why the same is true for our solar system and sends us on a journey that has been travelled by comets and spacecraft.

Tags: space exploration : gravity : chaos : astronomy : dynamical system : calculus : physics : Newton : Euler : Copernicus : 3-body problem : Analysis : Lagrange Point : Manifold : centripetal force : Lagrange : Poincare : Interplanetary Superhighway


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If you've ever redecorated a bathroom, you'll know that there are only so many ways in which you can tile a flat plane. But once you move into the curved world of hyperbolic geometry, possibilities become endless and the most amazing fractal structures ensue. Caroline Series and David Wright give a short introduction to the maths behind their beautiful images.

Tags: tiling : fractal : chaos : geometry : hyperbolic geometry : computer graphics


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Images based on Lyapunov Exponent fractals are very striking. Andy Burbanks explains what Lyapunov Exponents are, what the much misunderstood phenomenon of chaos really is, and how you can iterate functions to produce marvellous images of chaos from simple mathematics.

Tags: mathematics and art : fractal : chaos : dynamical system : logistic map : iteration : error : Lyapunov Exponent : orbit : bifurcation


Tags: chaos : meteorology : butterfly effect : tornados


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Fractal Modelling of Pollock paintings called into question

Tags: mathematical modelling : mathematics and art : chaos : Levy flight : fractals


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Why traffic jams occur for seemingly no reason

Tags: mathematical modelling : chaos : bifurcation


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The father of chaos theory dies

Tags: chaos : butterfly effect : Lorenz attractor : Lorenz