Author: Aysel Sarzosa
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Next Generation of AI Chemists Programme
Apply now to the Next Generation of AI Chemists Programme, supporting penultimate-year undergraduates with training, skills development, and AI-chemistry career insights.
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Our Funded Projects
Browse through the projects funded by AIchemy, highlighting cutting-edge research, training, and collaboration at the intersection of AI and chemistry.
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Collaborative Travel Fund 2025 – Round 2
This travel fund enables UK-based researchers to undertake short-term, collaborative travel that strengthens interdisciplinary links between AI and chemistry, supporting skills development, partnership building, and future research proposals.
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The Road to Production: How NOMAD Became Our NMR Data Hub
NOMAD transformed Imperial’s NMR data management – modernising storage, improving reliability, enabling FAIR principles, and supporting hundreds of researchers with robust infrastructure.
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Inorganic Informatics: From Rules to Embeddings Workshop Blog
Our recent workshop gathered researchers at Imperial, Royal School of Mines to explore AI tools, sustainability metrics, and property prediction advances.
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Prof. Kim Jelfs awarded prestigious Faraday Discovery Fellowship
AIchemy Hub celebrates our Co-Hub director Prof. Kim Jelfs’ Faraday Fellowship for pioneering research in chemistry, computation and artificial intelligence.
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Gen(AI) in Chemistry Education Workshop Blog
On the 21st of July, Imperial College London welcomed over 35 participants from 26 universities across the UK for a one-day workshop exploring the role of Generative AI (GenAI) in chemistry education.
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Collaborative Travel Fund 2025 – Round 1
This Fund will support academics and research staff to undertake short-term, collaborative activities that bridge the gap between AI and chemistry. The fund aims to foster new partnerships, develop new or existing skills, and increase the visibility of researchers through travel and engagement.
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AIchemy Annual Conference 2025 – Key Takeaways
The AIchemy Annual Conference showcased AI’s transformative impact on chemistry. Read the highlights and key takeaways here.