Wolfram Language
Wolfram Language is designed to integrate extensive knowledge about algorithms and the world into its programming framework. It represents various forms of data as symbolic expressions, enhancing programming flexibility and power. Since its inception in 1988, it has significantly influenced computational mathematics and expanded into various fields of computation.
- ▪Wolfram Language was first released in Mathematica in 1988.
- ▪It allows for the representation of data, formulas, code, and graphics as symbolic expressions.
- ▪The language has driven advances in industry and research for over three decades.
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Knowledge Built In The philosophy of Wolfram Language is to build as much knowledge—about algorithms and the world—into the language as possible. Highlighted Core Areas Full Documentation & Reference 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.
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