Computation & Modeling: 10 Programs Used in Physics

[Winzer]

What are 10 big programs that are used today(in industry) for computation and modeling of physical sciences, specifically physics.

 

[chiro]

What are 10 big programs that are used today(in industry) for computation and modeling of physical sciences, specifically physics.

To my knowledge MATLAB and Maple are very proficient packages used in modelling.

Also depending on the area you may want to use code libraries, or packages that encourage "plugin" development.

Ansoft develop products used for analysis physical phenomena such as electromagnetism.

I'm sure there are many more packages. Try browsing group sites (like in google) and search within open source code repositories for specific keywords.

Also I know cern have their own software which is open source. I forget what it's called (something with root in it but not completely sure). You can search CERN's website at http://www.cern.ch. It has all their math and physics code which you can take a peek
under the hood :)

There's bound to be many more things just don't know them to be honest.

 

[oswaler]

I can provide a response to the question about programs used in physics for computation and modeling. In today's industry, there are numerous programs that are used for computational and modeling purposes in the field of physics. Some of the most common and important programs used in physics are:

1. MATLAB: This is a widely used program for mathematical computation and data analysis. It is used extensively in physics for its powerful numerical and graphical capabilities.

2. Mathematica: This is another popular program used for mathematical computation, visualization, and modeling. It is commonly used in physics for solving complex equations and simulations.

3. COMSOL Multiphysics: This program is specifically designed for multiphysics simulations and is widely used in the field of physics for modeling and analyzing various physical phenomena.

4. ANSYS: This is a comprehensive simulation software used in many industries, including physics. It is used for structural and fluid dynamics simulations, as well as for electromagnetic and thermal analysis.

5. CFD (Computational Fluid Dynamics) software: There are several CFD programs available, such as Fluent, OpenFOAM, and Star-CCM+, which are used for simulating and analyzing fluid flows in various physical systems.

6. SPICE (Simulation Program with Integrated Circuit Emphasis): This program is used for simulating and analyzing electronic circuits and systems, making it an important tool in the field of physics.

7. Geant4: This is a software toolkit used for simulating the passage of particles through matter. It is commonly used in high-energy physics experiments and medical physics applications.

8. GROMACS: This is a molecular dynamics simulation software used for studying the behavior of atoms and molecules in various physical systems.

9. Origin: This program is used for data analysis and visualization, making it a useful tool in physics for analyzing experimental data and creating graphs and plots.

10. Python: Although not specifically designed for physics, Python is a popular programming language used for scientific computing and data analysis. It is widely used in many industries, including physics, for its versatility and powerful libraries for data analysis and visualization.

In summary, these are just 10 of the many programs used in physics for computation and modeling. Each program has its own unique capabilities and applications, and together they play a crucial role in advancing our understanding of the physical world.