Thomas Müller

Rated 3.94(32) — Thomas Müller

Simulate a thin accretion disk around a black hole on your Android device. The visualizations are based on Einstein's general theory of relativity for a Schwarzschild black hole. The apparent distortion of the disk is due to light rays that follow the...

Rated 3.80(20) — Thomas Müller

Simulate Brownian motion with particles that interact only by elastic collision. Change the simulation parameters in the preference settings. Use the gravity sensor for an additional force. Select between 5 different predefined parameter settings where...

Rated 3.80(15) — Thomas Müller

Have you ever wondered about how the world around you would look like if you could travel with nearly the speed of light? Turn your smart phone or tablet into a special relativistic simulator and watch buildings around you apparently deform the faster...

Rated 3.92(75) — Thomas Müller

A black hole is the most weird object in the universe. An object that passes behind it appears strongly distorted because of the black hole's influence on light propagation. Turn your smart phone or tablet into a general relativistic simulator and move...

Rated 4.24(29) — Thomas Müller

Simulate a mathematical double pendulum on your Android device. Change all the simulation parameters in the preference settings. Use the gravity sensor for realistic simulation depending on how you hold your device in your hand. Switch between Cartesian..

Rated 3.33(3) — Thomas Müller

VecFieldLIC visualizes 2D autonomous dynamical systems by means of the Line Integral Convolution (LIC) technique introduced by Cabral and Leedom in 1993.A 2D autonomous dynamical system is defined by two coupled first-order differential equations dx/dt...