The lecture theater at the Crick.

AI for Biological Discovery Seminar | Professor Marinka Zitnik

  • Event Status: Book now : Event date:
  • Start time: 16:00 End time: - 17:00
  • Event Location: The Francis Crick Institute
  • Event Type: Virtual

AI for Biological Discovery Seminars

The Crick AI for Biological Discovery Seminar Series is a new online seminar series established by Professor Mihaela van der Schaar, Chief AI Scientist at the Francis Crick Institute, together with Dr Fabian Fröhlich.

The series will explore how advances in AI can transform fundamental biological discovery, helping researchers ask and address new biological questions. It will bring leading speakers working at the interface of AI, machine learning and biology to the Crick community, with a focus on AI for fundamental biological discovery.

The seminars are intended to stimulate discussion across the Crick about how AI methods can support biological research, reveal new insights from complex datasets, and open up new directions for discovery.

The talks are open to scientists from other institutes and universities from across London and beyond. You should have a minimum of graduate-level science and technology knowledge to attend and fully engage with these talks.

Marinka Zitnik is an Associate Professor of Biomedical Informatics at Harvard Medical School, Associate Faculty at the Kempner Institute for the Study of Natural and Artificial Intelligence, Associate Member of the Broad Institute of MIT and Harvard, and Affiliated Faculty at the Harvard Data Science Initiative. Her research focuses on the foundations of artificial intelligence for scientific discovery, genomic medicine, and therapeutic design.

Her lab develops machine learning methods and foundational AI systems that integrate heterogeneous biomedical data and incorporate geometry, structure, symmetry, and scientific knowledge. Her research spans geometric deep learning, graph neural networks, multimodal learning, knowledge graphs, large pre-trained models, and contextually adaptive AI, with applications in network biology, individualized diagnosis and treatment, and drug discovery. A central goal of her work is to develop AI systems capable of reasoning over complex biological systems and generating actionable, generalizable insights for medicine and science.

This is an online-only meeting. Please register to receive the Zoom link.

 

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