Free Virtual Laboratory
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2019, May 1st
Hiatus in effect while applying for jobs.
15 App Introductions added to
Finally finished my PhD!
"Ultrafast Optical Studies of Amplified Spontaneous Emission in Hybrid Organic-Inorganic Perovskites"
Ballistic simulation via billiard scattering
Simulation of gas mechanics via billiard scattering
Renormalization of superimposed vorticinal light fields
1D simulation of complex waves.
How to produce a field with no kinks.
Wave evolution from custom dispersion relation.
Nonlinear mixing of 2D components via arbitrary function.
A moving charge emits a field that induces motion in a rotor.
Laminar flow, tails, jets, drafting, etc.
Charges are represented as point particles.
Particles replaced by complex Gaussian waves
Visual tabulation of power law equation
Where the goal is to design a winning AI
...of a plane wave by a rough surface
When is it self-aligning?
Organize concepts using a visual interface
Many-body kinetics for various force laws
Look at the spectrum of a function
Multiplicative interference between two similar patterns
...produces splitting in frequency space
Simulate the response of an antenna of arbitrary geometry
Study spectral effects of nonlinear operators
Study "potential symmetry" for discrete configurations
Spectral effects of nonlinearity applied to 2D beam profile
Track the temporal phase of a Newtonian electron
Particles as sources and sinks exerting a central force on an ether
An attempt at turbulence characteristics
Aliasing in 2D
...results in spectral folding
Charges are attracted to regions of weak average field intensity
Ordered lists of binary number containing N "1"s
Created by Dr. Andrew G. Barrette (2019), firstname.lastname@example.org