χχγγισιττ

Symbolic computation meets computational theory through ancient Greek mathematics

📚 Learn About Our Mission

What We Do

Advanced mathematical theory research

Theoretical Foundations

Exploring the connections between ancient Greek mathematical symbols and modern algorithms through rigorous computational theory.

Educational resources for computational theory

Educational Tools

Creating open-access learning platforms and visualizations that make complex mathematical concepts accessible to researchers and students.

AI-enhanced mathematical computation

Innovative Applications

Developing AI-assisted solutions for mathematical problem solving and pattern discovery in symbolic computation systems.

Try Our Symbolic Engine

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Start typing in the input field to transform mathematical expressions into symbolic solutions.

Powered by MIT-approved algorithms using ancient Greek mathematical principles

Our Impact

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Academic Partnerships

Collaborating with 12+ universities across 6 countries to advance computational mathematics research.

ETH Zurich • MIT • University of Thessaly • TU Delft

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Community Engagement

Supporting 500+ open source contributors and developers in the symbolic computation field.

GitHub: 14.3k commits / Slack: 2500+ members

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Technological Innovations

Pioneering 4 new mathematical computation frameworks and 8 open-source toolkits for the research community.

2023 Breakthrough Award • EU Horizon Grant Recipient