AI, even in its infancy, has entered the arena of biological research in transformative ways. Analyzing millions of points of scientific data has never been possible with such speed and efficiency. This sea change in analytic power was a recurring theme in bioinformatics expert Ewan Birney鈥檚 lecture at the .
As Interim Director General of the , Birney is no stranger to seemingly overwhelming datasets. The issue of too much information across too many subjects has become increasingly common in biology. Birney highlighted multiple notable cases in which AI made it possible to sort and quantify such abundances, complete with a primer on the computational mechanics that make it all work.
Birney鈥檚 presentation served as the 90th CSHL Symposium鈥檚 Dorcas Cummings Lecture. His sweeping overview of AI in biology was capped with his own experience using AI to complete critical research. Many audience members in Grace Auditorium could relate. 鈥淲e are never going back as a community from this technology,鈥 Birney proclaimed. 鈥淚t is such a good fit.鈥
Press play to see Birney鈥檚 full presentation on the revolutionary introduction of AI to biology.