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New posts in dynamical-systems
How can a non-mathematician intuitively understand the importance of algebraic varieties?
abstract-algebra
soft-question
dynamical-systems
Limit cycle of dynamical system $x'=xy^2-x-y$, $y'=y^3+x-y$
ordinary-differential-equations
dynamical-systems
Quadratic Julia sets and periodic cycles
dynamical-systems
fractals
complex-dynamics
Prove that $T$ has an orbit of period 3
real-analysis
dynamical-systems
When can a vector field be rescaled to have constant divergence?
ordinary-differential-equations
differential-geometry
differential-topology
dynamical-systems
vector-analysis
Bifurcations in the Duffing oscillator
dynamical-systems
bifurcation
What are the lines on a Bifurcation Diagram?
soft-question
dynamical-systems
chaos-theory
Logarithm of a matrix, with a matrix as the base: Find $x$ in $\mathbf{A}^x = \mathbf{B}$
matrices
dynamical-systems
Lorenz Equations, embedding and Takens’ theorem
dynamical-systems
Find largest ellipse in basin of attraction
ordinary-differential-equations
dynamical-systems
Why solutions of $y''+(w^2+b(t))y=0$ behave like solutions of $y''+w^2y=0$ at infinity
calculus
analysis
ordinary-differential-equations
dynamical-systems
Bounding the basins of attraction of Newton's method
numerical-methods
dynamical-systems
newton-raphson
basins-of-attraction
Periodic sequences given by recurrence relations
sequences-and-series
recurrence-relations
dynamical-systems
periodic-functions
Reference request: Nonlinear dynamics graduate reference
reference-request
dynamical-systems
nonlinear-system
Could this odd insight help explain part of the difficulty in proving the Collatz Conjecture?
number-theory
dynamical-systems
fractals
collatz-conjecture
How to make a smart guess for this ODE
calculus
real-analysis
analysis
ordinary-differential-equations
dynamical-systems
Trapping Region for ODE System.
ordinary-differential-equations
dynamical-systems
lyapunov-functions
limit-cycles
Distributing pebbles
discrete-mathematics
dynamical-systems
recreational-mathematics
Interesting but elementary properties of the Mandelbrot Set
complex-analysis
dynamical-systems
education
fractals
Solution to $x'=x\sin(\frac{\pi}{x})$ is unique
ordinary-differential-equations
dynamical-systems
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