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Questions tagged [ds.dynamical-systems]

Dynamics of flows and maps (continuous and discrete time), including infinite-dimensional dynamics, Hamiltonian dynamics, ergodic theory, topological dynamics.

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1 answer
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$2$ is a fixed point of the iteration: $$q_{n+1}:=\min_{p|(q_n-1)^2+1} p$$ Start with $q_1>2$ prime. Does this iteration hit $5$? (min runs over primes)
mathoverflowUser's user avatar
7 votes
1 answer
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The well known "airplane" Julia set looks like it contains a true circle. To be precise, let $c$ be the real root of $x^3+2x^2+x+1=0$. i.e., $c\approx -1.75$. The Julia set of $z^2+c$ is the ...
pulpeemango's user avatar
2 votes
2 answers
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I have been studying mathematics for 2 years, and I have already read Terence Tao's publication. Please suggest books on related topics, such as Euler's equations, mathematical modeling, mathematical ...
Yura's user avatar
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2 votes
1 answer
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I should start with the following disclaimer that I know virtually no logic, sorry forgive me if my questions are ill-posed. I appreciate that all of this is probably completely obvious to a logician, ...
Selim G's user avatar
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5 votes
1 answer
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I was wondering and tried to find what are the results known related to recurrence function of a minimal subshift $\Omega \subseteq A^{\mathbb{Z}}$, where $A$ is finite non empty subset. If I am not ...
Keen-ameteur's user avatar
1 vote
1 answer
203 views

I'm interested in smooth ergodic theory. Please teach me some recommended books for it. Actually, now I have been reading the supplement of Katok's book, Introduction to the Modern Theory of Dynamical ...
GRKON's user avatar
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6 votes
0 answers
144 views

I'm studying the Wiener-Wintner (and related) ergodic theorems, and I've been running into a bit of confussion when passing the result from ergodic systems to non-ergodic ones. In most of the ...
xote's user avatar
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1 vote
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Let $D(n)$ be the arithmetic derivative, defined by: $D(p)=1$ for primes $p$, $D(ab)=D(a)b+aD(b).$ For a fixed integer $k$, consider the dynamical system $$f_k(n)=n+k(D(n)−1).$$ I am interested in the ...
Augusto Santi's user avatar