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Computational algebra and number-theory software

Computational discrete algebra with a specialist language

Algebra entry with solving, factoring and graphing modes

Portable symbolic algebra with numerical approximation

An interactive browser notebook for mixing executable code, narrative, and rich results in one computational document.

Algebra solving with topic examples and practice

Computer algebra with graphs, geometry and statistics

A computational canvas for connecting evidence, assumptions, data, and forecast charts.

Calculations in algebraic geometry and commutative algebra

A common language for computational mathematics

Algebra and calculus through dedicated solvers

Symbolic and numerical mathematics with notebook interfaces

Open-source computer algebra with familiar expression syntax

Computational queries across mathematics and factual topics

A browser-based shared math canvas for handwriting, graphs, sliders, and PDF assignments.

Symbolic tensor calculations for field-theory problems

Linked mathematical views for algebra, geometry and graphs

Mathematical calculators arranged by course topic

Symbolic expressions with documented algorithms

A browser-only Jupyter distribution for running interactive notebooks from static web files.

Symbolic, numerical and number-theory calculators

Dynamically generated maths worksheets covering arithmetic, algebra and other school topics.

A collaborative computing workspace where projects bring notebooks, files, terminals, and software into a shared environment.

Give groups of users access to managed Jupyter notebook environments from one hub server.