Gaussian Videos
Moving Quantum Wave in an Elliptical Stadium Potential
The time evolution of a free quantum particle, described by a Gaussian-like wavefunction, inside a two-dimensional box domain with an infinite potential well boundary is displayed. The quantum particle is trapped inside the well, where it can move freely. The time evolution of the wavefunction is calculated using the time dependent Schrödinger equation. In the causal interpretation of quantum theory of David Bohm and Louis de Broglie, the wavefunction is a real wave in configuration space, ...
Author: kvb100b; Tags: Computer science Bohm trajectories de Broglie interpretation causal of quantum theory elliptical stadium potential
Dispersion of a Quantum Wave in a Elliptical Stadium Potential
The time evolution of a free quantum particle, described by a Gaussian-like wavefunction, inside a two-dimensional box domain with an infinite potential well boundary is displayed. The quantum particle is trapped inside the well, where it can move freely. The time evolution of the wavefunction is calculated using the time dependent Schrödinger equation. In the causal interpretation of quantum theory of David Bohm and Louis de Broglie, the wavefunction is a real wave in configuration space, ...
Author: kvb100b; Tags: Computer science Bohm trajectories de Broglie interpretation causal of quantum theory elliptical stadium potential dispersion the wave
GIMP Tutorial #2 - Metallic Text
penguinpetes.com More Detailed Tutorial: 1. Create a picture with a black background and white text of your choice. 2. Go into Filters - Blur - Gaussian Blur and set the two numbers to 16 x 16 and accept. 3. Go into Colors - Levels and adjust the outer arrows until the middle arrow is evenly placed between them and read 1.00. 4. Go into Filters - Blur - Gaussian Blur and set the numbers to 7 x 7 and accept. 5. Select the "Select by Color" tool and click any black area. 6. Go into Select ...
Author: KamikazeZombie; Tags: GIMP golden metallic text
Lecture-9: Sanjeev Sharma: Agglomerative Hierarchical Clustering using BIC Part 1
Agglomerative Hierarchical Clustering using Bayesian Information Criterion. Bayesian Information Criterion or BIC in short is a Hypothesis Testing Algorithm just like the Kullback Leibler Divergence. BIC is a Parametric Model and assumes the Gaussian Distribution over the Dataset. In Agglomerative Hierarchical Clustering we do bottom-up clustering. In this lecture I mentioned how to use BIC Score for Cluster Set as a decision criteria for merging the clusters. At each level we evaluate the ...
Author: sanjeev3007; Tags: BIC Bayesian Information Criterion Sanjeev Sharma
Gaussian Quantum Wave Packet in a Nonlinear Stadium Potential
A numerical simulation of the time evolution of a discrete, two-dimensional gaussian wave packet in a lattice with 600x600 netpoints is displayed. The video shows a Gaussian quantum wave packet in a nonlinear stadium potential with infinitely high walls and a pertubation potential in the causal interpretation, where the quantum trajectories undergo a transition from order to chaos. The time evolution of a free quantum wave, described by a Gaussian wavefunction, inside a two-dimensional box ...
Author: kvb100b; Tags: Computer science David Bohm quantum trajectories de Broglie interpretation causal of theory time dependent scattering process
