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AI-Driven Chemistry

Advancing reticular chemistry through AI for structure, performance, and post-modification predictions.

Innovating Reticular Chemistry with AI

At Topospace, we leverage AI to enhance reticular chemistry, focusing on MOFs, COFs, and HOFs for structure and performance predictions.

A complex and abstract 3D structure featuring interwoven, metallic-looking coils with reflective surfaces. The surface pattern includes blue and gold hues with intricate details, creating a mesmerizing visual effect.
A complex and abstract 3D structure featuring interwoven, metallic-looking coils with reflective surfaces. The surface pattern includes blue and gold hues with intricate details, creating a mesmerizing visual effect.
A complex structure of intersecting metal rods and wire cables form a geometric pattern against a light background. The framework appears intricate and industrial, creating an abstract and web-like appearance.
A complex structure of intersecting metal rods and wire cables form a geometric pattern against a light background. The framework appears intricate and industrial, creating an abstract and web-like appearance.
An intricate, modern architectural structure with multiple levels and glass railings, featuring a metallic copper finish that creates reflections and varying patterns. The design has a honeycomb-like appearance with angular, geometric shapes dominating the composition.
An intricate, modern architectural structure with multiple levels and glass railings, featuring a metallic copper finish that creates reflections and varying patterns. The design has a honeycomb-like appearance with angular, geometric shapes dominating the composition.

Our AI Solutions

We specialize in intelligent predictions and modifications, exemplified by our CU-MOF node type prediction and DeepSeek-R1-driven MOF post-modification models.

Contact Us for AI Solutions

Reach out for inquiries on reticular chemistry advancements and predictions.

A geometric shape composed of interconnected triangular panels forms a complex three-dimensional polyhedron. Each vertex is adorned with a sphere, creating a pattern of connected nodes. The structure appears metallic and reflective against a black background.
A geometric shape composed of interconnected triangular panels forms a complex three-dimensional polyhedron. Each vertex is adorned with a sphere, creating a pattern of connected nodes. The structure appears metallic and reflective against a black background.