Software Developed by ub.edu
Ray tracing v.1.0
Study optical systems with this tool. Ray tracing can display the behavior of optical systems, such as lenses, projectors, telescopes, etc. It includes the calculation of their characteristics (cardinal points) and image formation, either by using
Optical tweezers v.1.0
Optical tweezers simulate the behavior of a spherical dielectric particle trapped by means of a laser beam focused by a microscope objective. Spherical dielectric particle simulation to help you with your studies. The simulation, including the
Optical fibers v.1.0
Ray tracing process simulation to help you with your studies. Optical fibers help you analyze the ray tracing process and the changing of ray tracing modes. This software cross-platform being developed using the Java programming language.Please Note:
Michelson interferometer v.1.0
Study the Michelson interferometer with this software. Michelson interferometer help you study the Michelson interferometer and see the evolution of light rings as the parameters of the system are changed. The case of a point source, which
Light dispersion v.1.0
Light dispersion analysis application. Light dispersion can display the phenomenon of the chromatic dispersion of light. Firstly it shows light dispersion through a prism. It also shows rainbows as an example of light dispersion.Please Note:
Fourier Optics v.1.0
Study Fourier optics with this tool. Fourier Optics incorporate some image processing techniques in the Fourier optics domain. You can compute and see the Fourier transform of an object and the convolution between two images. You can also simulate
Fabry-Perot interferometer v.1.0
Study Fabry-Perot interferometer experiments with this tool. Fabry-Perot interferometer help you study the factors involved in an experiment with a Fabry-Perot interferometer. It lets you visualize the result of the multiple-wave interferences
Eye model v.1.0
Study the image formation process with this simulation. Eye model help you analyze the image formation process by simulating the human eye. You will have to select the eye parameters, press Calculate and analyze the resulting image.Please Note:
DnaSP (DNA Sequence Polymorphism) v.5.10.01
Nucleotide polymorphism analysis made easy. DnaSP (DNA Sequence Polymorphism), is a utility package for the analysis of nucleotide polymorphism from aligned DNA sequence data.