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Artificial intelligence is rapidly transforming biology, but progress is increasingly limited not by models but by the ability to physically perform in the laboratory. In this session, James Atwood (CEO, Opentrons) and Stacie Calad-Thomson (Head of North America Business Development, Healthcare and Life Sciences, NVIDIA) will explore how laboratory automation is evolving in the era of physical intelligence—digital intelligence that must be able to reliably plan, execute, observe, and adapt in the real world.
Gabe Gomes creates the first fully autonomous experimental system.
Peter McCaffrey uses AI to accelerate drug discovery.
From idea to execution, faster than ever. Opentrons gives every scientist the tools to build fully autonomous experimental systems, starting today. Download for free to learn more.
Thousands of laboratories in more than 40 countries automate with Opentrons
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Automation and artificial intelligence are where the entire field is headed. You will need practical experience in liquid handling automation as this is a basic requirement across the industry. The most basic requirement for a career in this field is familiarity with cloud computing, piping, and liquid handling automation and artificial intelligence.
– – Peter McCaffrey, MD, FCAP, Assistant Professor: UTMB, CTO: Pragma Bio