Frontpage of some of manim animations across several topics, mostly for educational purposes.
The first block of videos contains animations not clearly assigned to any specific physics lecture and gives a first peek at the libraries capabilities in various settings.
Authors Choice: If you only have time for one single video (and like cats), go on and watch the 2nd one about acustic signal transmission via fourier analysis!
Video: Cheetah Line Art as a Complex Fourier Drawing
Video: Trapped Ion Mobility Spectrometry
Video: Funktionsweise eines Galvanometers
Video: Interferenz zweier Schallquellen
Video: Magnus-Effekt
Video: Luftmasse unter Einfluss von Druckgradient und Corioliskraft
Video: Bewegungsgleichung einer Katze im Potential eines Menschen
Video: Brownian Motion of three Particles with real-time Calculation of the Boltzmann constant
Video: Brownian Motion of three Particles in a Confining Potential with plotted MSD
Education Animations
The main content of this frontpage are the education animations created with manim. These animations are developed in the department Physik und ihre Didaktik at the University of Göttingen and focus on a visual understanding of mathematical and physical concepts at the edge between school
and university. They are part of lectures where they help physics students to enhance their learning experience.
Video: Trajektorie in kartesichen- und Polarkoordinaten
Video: Polarkoordinaten (Einheitsvektoren und Flächenelements)
Video: Parametrisierung
Video: Linienintegral
Video: Euler-Identität
Video: Harmonischer Oszillator
Video + Audio (English): Parametrization of a curve in 3D
Video + Audio (English): Harmonic Oscillator
Experimentalphysik I - Mechanik und Thermodynamik
Video: Ballabschuss von einem rollenden Wagen auf einer schiefen Ebene
Video: Ellipsenbahn eines Planeten im Effektiven Potential eines Fixsterns
Video: Corioliskraft auf einer Rotierenden Scheibe
Video: Trägheitsmoment
Experimentalphysik II - Elektromagnetismum
Video: 1. Maxwell-Equation
Video: Dipole Radiation (analytical solution)
Scientific Computing
The following repository has a strong focus on Scientific Computing, the problems are implemented in C/C++ and then subsequently visualized with manim in python. The animations are designed
minimalistically and attempt to show physical problems in a visually pleasing way.
Video: Double Pendulum - numerical vs. analytical solution via small-angle-approximation
Video: Double Pendulum including phase space
Video: Spherical Pendulum of variable length with most dubious phase space ever created
Video: Driven and Damped Pendulum including polar phase space
Video: Coupled Pendulums
Video: Oscillation Sensor
Video: The Three Body Problem (2D)
Video: The Three Body Problem (3D)
Partial Differential Equations
Video: 1D-Heat-Equation
Video: 1D-Wave-Equation
Chaotic Systems
Video: Logistic Map: Time and Frequency Domain
Video: Logistic Map: Bifurcation Diagram
Stochastic Methods
Video: Model for the Spread of Infectious Diseases
Video: Self-Avoiding Random Walk as a simple Protein Model
Interactive Simulations
Feel free to visit my HTML/JavaScript simulations and enjoy the interactive nature of these websites in the context of phyiscal simulations!
Simulating Winds
Simulate an air mass under the influence of pressure gradient force, coriolis force, and friction force and learn
why wind circulates clockwise around regions of high pressure and counter-clockwise around regions of low pressure in the northern (or southern, I have no idea) hemisphere.
As described in the paper from Anxo Biasi, the behaviour of a cat in the presence of a human can be described physically by a
langevin equation. Perform its numerical integration and adjust the cat right to your needs while tracking its behaviour in real-time!