Webinar: 17.06 (Thursday) at 13:00 CET

Framing questions

• What’s the Accelerated Development approach all about and why it matters? The photoresist case.
• How common is this approach? Is it just IBM, or every major tech company is already involved in developing this methodology these days?
• What’s the future of bench chemistry in perspective of rapid development of computational methods and possibilities they offer?
• Which areas of chemistry may benefit the most from that digital revolution?

On Speaker

Teodoro Laino - IBM

On IBM Research

IBM Research

IBM RXN for Chemistry

On Accelerated Discovery

Project "Photoresist"

Introductory presentation to Accelerated Discovery

Accelerated Materials Discovery: Project Photoresist

Discovering a new molecule usually takes up to 10 years and $10–100 million. IBM Research synthesized three novel photoresist candidates within a year of starting the project—meeting an environmental challenge in record time. With our end-to-end AI-powered workflow, we were able to scale and handle problems in a way human scientists simply cannot, dramatically accelerating the discovery process.

by Anna Topol | Chief Technology Officer (CTO) Global Think Labs, IBM Research

WEinnovators.Club | Anna Topol | IBM

Start from 13:49

Relevant publishing

The lab of the future is now

Mapping the space of chemical reactions using attention-based neural networks

Mapping reaction space with machine learning

Extraction of organic chemistry grammar from unsupervised learning of chemical reactions

Quantum & AI: Accelerating Discovery to Help the World Cope