GeezerVison

Knowledge Built In

The philosophy of Wolfram Language is to build as much knowledge—about algorithms and the world—into the language as possible.

The Power of Symbolic Programming

Wolfram Language represents everything—data, formulas, code, graphics, documents, interfaces, etc.—as symbolic expressions, making possible a new level of programming flexibility and power.

The Power of Symbolic Programming

Wolfram Language represents everything—data, formulas, code, graphics, documents, interfaces, etc.—as symbolic expressions, making possible a new level of programming flexibility and power.

The Wolfram Language Trajectory

Wolfram Language, first released in Mathematica in 1988, initiated a revolution in computational mathematics and has continuously expanded into all areas of computation, driving advances in industry and research for more than three decades.

Wolfram
Machine Learning & LLMs

Wolfram
Visualization

Wolfram
Tabular Data Processing

Wolfram
Image Computation

Wolfram
Calculus & Algebra

Wolfram
Optimization

Wolfram
FEM

Wolfram
Geometric Computation

Wolfram
Chemistry

Wolfram
Audio Computation

Wolfram
Video Computation

Wolfram
Knowledgebase

Wolfram
Geography

Wolfram
Astronomy

Wolfram
Control Systems

Wolfram
Signal Processing

Wolfram
Mathematical Functions

Wolfram
User Interfaces

Wolfram
Data Science

Full Documentation & Reference

Core Language & Structure Data Manipulation & Analysis Visualization & Graphics Machine Learning Symbolic & Numeric Computation Higher Mathematical Computation Strings & Text Graphs & Networks Images Geometry Sound & Video Knowledge Representation & Natural Language Time-Related Computation Geographic Data & Computation Scientific and Medical Data & Computation Engineering Data & Computation Financial Data & Computation Social, Cultural & Linguistic Data Notebook Documents & Presentations User Interface Construction System Operation & Setup External Interfaces & Connections Cloud & Deployment