Mathematica is the most powerful general-purpose computing system in the world. Since its first release in 1988, it has had a profound impact on how computers are used in technology and other fields. Based on 20 years of world-class algorithm and software development, Mathematica has made a major breakthrough in expanding the scope and applicability and redefining our understanding of computing methods. Mathematica's unique symbolic structure enables Mathematica to bring us a new language and interface unity. This concept can make the automatic calculation of algorithms, the operation of man-machine dialogue, and the dynamic representation reach a new level, and at the same time, it can create a new way of connecting with the data world.

Since Mathematica was first released, its user base has been steadily growing, with the total number of users currently in the millions. Mathematica has become a standard tool for many organizations, including all Fortune 50 companies, 15 major US government agencies, and the world's 50 largest universities.

Main features

Dynamic Interactivity
Introducing a brand-new real-time interface, Mathematica realizes an unprecedented interactive calculation method
High-efficiency adaptive visualization
automatically creates high-fidelity functions and data graphics
Data integration language
includes automatic integration of hundreds of standard data formats
Categorized data ready to use
Mathematics, physics, chemistry, finance, geography, linguistics...
Symbolic interface structure
Instantly create any interface from a simple program
Automated computational aesthetics
Visual display of new algorithm optimization
The unity of graphics, text and control
allows dynamic graphics and control structures to be perfectly integrated into text editing and other input
Integrated geometric calculation
Fully automatic graphic display
Portfolio Optimization
Constrained nonlinear optimization
A new generation of numerical integration
New special functions
Expansion of Digital Theory Aid
Proof of formula theory
Exploratory data analysis
Symbolic statistical calculation
High-level string calculation
Permutation calculation extension
Symbolic sound aid
Dynamic graphics input
Integrated graphics editing and drawing
Extended graphics language
Instant 3D graphics
Built-in gamepad and HID assist
3D printing and scanning assistance
Instant multimedia programming
Presentation of the pipeline process of creating a structure
Automatic report display
Symbol report generation
Instant coding annotation
Instant high-level debugging
New reference structure



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