Mathematics and science tools often depend on cluster and high performance computing, both undeniably Linux strengths. Couple that with the maturity of the science tools available for Linux and you get a lot of computational bang for your buck. Join us this weekend as we review physics, chemistry, biology, astronomy, and other science programs for Linux.
Why open source was actually invented in 1665.
Introducing one of the larger scientific lab packages for Linux.
This article looks at one of the programs specifically available in the KDE desktop environment, KAlgebra.
General Atomistic Modelling Graphic Interface, or GAMGI, provides a very complete set of tools that allows you to design and visualize fairly complex molecules.
In physics, there's a powerful technique for visualizing particle interactions at the quantum level. This technique uses something called Feynman diagrams, invented by physicist Richard Feynman. These diagrams help visualize what happens when one or more particles have some kind of interaction.
Introducing EasyChem, a program that generates publication-quality images of molecular structures.
Similar to other larger astronomy programs, you can use SkyChart from the desktop to the observatory.
For this article, I want to look at the largest thing possible, the whole universe. At least, that's the claim made by Celestia, the software package I'm introducing here.
R is the de facto statistical package in the Open Source world. It's also quickly becoming the default data-analysis tool in many scientific disciplines.