List questions from chaos-theory

Published on 04 Jun 2014 - 9:19

61

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Chaotic dynamical systems with hard proposition

Published on 10 Jun 2014 - 20:13

645

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Period 3 window in chaos

Published on 18 Jun 2014 - 15:10

263

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For starting the studies in Mathematical-Biology

Published on 25 Mar 2026 - 8:07

513

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Henon Map Parameter

Published on 08 Jul 2014 - 15:31

7.1k

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Mandelbrot sets and radius of convergence

Published on 25 Mar 2026 - 12:53

485

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Making new sense of the three-body problem in the light of Maryam Mirzakhani math contributions

Published on 25 Mar 2026 - 9:28

1.4k

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Is the sequence $(a_n)$ defined by $a_n=\tan{a_{n-1}}$, $a_0=1$, dense in $\Bbb{R}$?

Published on 23 Aug 2014 - 2:01

1.1k

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Mathematical background for one wishing to study Chaos/Complexity Theory

Published on 16 Sep 2014 - 19:15

556

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Fixed points and periodic orbits of $F(x)=x^2-1.1$

Published on 18 Sep 2014 - 3:19

3.1k

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Supremum of all y-coordinates of the Mandelbrot set

Published on 25 Mar 2026 - 19:06

50

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Show that $T:X\rightarrow X$ is chaotic iff every finite family of nonempty open sets shares a periodic orbit.

Published on 18 Sep 2014 - 17:57

476

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Computing Feigenbaum Constant in Java

Published on 24 Sep 2014 - 15:47

846

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Techniques for finding period points

Published on 27 Sep 2014 - 12:28

928

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Is chaos theory really a theory? Why not just call it non-linear dynamics?

Published on 02 Oct 2014 - 0:47

List Question

An eventually periodic point must be an asymptotically periodic point?

Chaotic dynamical systems with hard proposition

Period 3 window in chaos

For starting the studies in Mathematical-Biology

Henon Map Parameter

Mandelbrot sets and radius of convergence

Making new sense of the three-body problem in the light of Maryam Mirzakhani math contributions

Is the sequence $(a_n)$ defined by $a_n=\tan{a_{n-1}}$, $a_0=1$, dense in $\Bbb{R}$?

Mathematical background for one wishing to study Chaos/Complexity Theory

Fixed points and periodic orbits of $F(x)=x^2-1.1$

Supremum of all y-coordinates of the Mandelbrot set

Show that $T:X\rightarrow X$ is chaotic iff every finite family of nonempty open sets shares a periodic orbit.

Computing Feigenbaum Constant in Java

Techniques for finding period points

Is chaos theory really a theory? Why not just call it non-linear dynamics?

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