Compute positions of astronomical objects in real time, building models, analyzing data, and instantly creating interactive visualizations—all in one system with one integrated workflow.
The Mathematica astronomy solution combines sophisticated data analysis capabilities, world-class image processing, and highly optimized differential equation solving with built-in parallel computing and 64-bit technology.
Computing positions of astronomical objects in real time using built-in data
Plotting the position-dependent analemma of the Sun
Developing efficient computer simulations to study astronomical phenomena interactively
Simulation of two colliding galaxies
Using built-in functions for advanced data analysis
Light curve analysis of a Cepheid variable star—identifying unevenly timed, short-period variables in noisy data
Tight integration of the core Mathematica system with more than 20 built-in application areas such as image processing, GIS, statistics, and more Competitor note: Matlab requires multiple extra-cost toolboxes
Powerful symbolic statistical computation and data analysis using built-in functions Competitor note: R, STATA, and other numerical systems do not have integrated symbolic functionality
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