Google Antigravity adds Cheminformatics Skills for chemistry research
The new skills search and analyze thousands of compounds and prepare synthesis hypotheses; RDKit performs deterministic calculations, and every proposal still requires experimental validation.

AT A GLANCE
Key points
- The agent searches thousands of compounds and proposes testable macrocycle designs.
- RDKit performs deterministic molecular calculations while the model orchestrates the workflow.
- The skills are available today, but every proposed design still requires synthesis and experimental validation.
What is changing?
Google DeepMind released Cheminformatics Skills for Antigravity on November 3. In the company’s demonstration, an agent collected thousands of compounds from scientific literature and catalogs, filtered irrelevant records, ran matched molecular pair analysis and built predictive models. It then proposed new rigidified macrocycles and possible synthesis routes.
The language model handles workflow orchestration, database navigation and scientific reasoning, while deterministic tools execute molecular calculations. The skills are grounded in RDKit and use connectors to ChEMBL and PubChem. DeepMind says the demonstrated workflow completed one iteration in about an hour, compared with a process that could previously take multiple days.
This is not a drug discovery result or laboratory validation. The company explicitly notes that sparse data, inter-lab assay noise and narrow dynamic ranges limit predictive precision. Generated designs are testable hypotheses that must be synthesized and experimentally validated. The skills are available today through Antigravity’s Science plugin and enterprise accounts.
Explore the original sources
Source date: 3 November 2026.
Published by AI Radar: 3 Nov 2026, 21:10 (Istanbul, UTC+3). Updated: 3 Nov 2026, 21:14.
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