_ Sherman Visual Lab: Science Studio
11/16/2024 Saturday

eEducation, eBusiness & eArts
Home  |  Science Studio  |  eBusiness  |  Art Studio  |  Services  |  Contact Info  |  ~xmwang  
Physics Lab  |  Computer Science  |  Math & Quantum Physics  |  Order  | 
Welcome to Sherman Science Studio
Quantum Physics and Quantum Computation

1: Entropy Gain and Information Loss by Measurements (Preprint, ArXiv, 28 Aug 2019)
2: Reduced Matrix, Operator Chain and IO Kets: New Formats to Demystify Quantum Logic Circuits (Preprint, ResearchGate, Dec 2019)
Go to Physics Lab to see simulations using Swing/Java2D.

Now you can run Java Applets even using a cell phone or a tablet without installing anything.

Go to my VMRL Lab to see simulations using VRML 2.0

Note: To see these simulations using VRML, you must use a PC and install VRML plug-in, like:
Cortona VRML Client
Try to Build Your Own Satellite
Sorry, this Java Applet only works on a laptop or desktop.
Mathematical Physics and Computer Science

Probability Bracket Motation and Probability Modeling, Information Retrieval (IR), Artificial Intelligence (AI)...

1: Dirac Notation, Fock Space and Riemann Metric Tensor in IR Models
2: Probability Bracket Notation, Probability Vectors, Markov Chains and Stochestic Processes
3: Induced Hilbert Space, Markov Chain, Diffusion Map and Fock Space in Thermophysics
4: From Dirac Notation to Probability Bracket Notation: Term Vector Space, Concept Fock Space and Probabilistic IR Models
5: Probability Bracket Notation: Probability Space, Conditional Expectation and Introductory Martingales
6: From Dirac Notation to Probability Bracket Notation: Time Evolution and Path Integral under Wick Rotations
7: Probability Bracket Notation: Term Vector Space, Concept Fock Space and Induced Probabilistic IR Models
8: Probability Bracket Notation, Multivariable Systems and Static Bayesian Networks
9: Probability Bracket Notation: Markov State Chain Projector, Hidden Markov Models and Dynamic Bayesian Networks

More to come, please visit us again!
Copyright © 2002-2024, Sherman Visual Lab