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4178249 - Accelerating design and optimization in molecular discovery: Generative models and beyond

11:05 AM - 11:20 AM EDT
Thursday, March 27, 2025Room: Ballroom 6C (San Diego Convention Center)
Parent Session
Generative Modeling for Chemistry, Biology, & Material Discovery:
Room: Ballroom 6C (San Diego Convention Center)
Credit
DIVISION/COMMITTEE: [CINF: Division of Chemical Information] [COMP: Division of Computers in Chemistry]
Credits
0.00 CE
Organizer, Presiders
  • Connor Coley, Massachusetts Institute of Technology
  • Chenru Duan
  • Wenhao Gao, Massachusetts Institute of Technology
  • Zhuoran Qiao, Chai Discovery
  • Peichen Zhong, University of California Berkeley
Oral - In-person
COMP: Division of Computers in Chemistry
CINF: Division of Chemical Information
Overview
Exploring vast search spaces with costly experimental or simulation validations is a common challenge in many real-world chemistry problems. Recent advances in generative models offer great promise for learning good priors in design and optimization problems. However, molecular discovery problems often come with varying data availabilities. In this talk, I will discuss how generative models and more general optimal transport and stochastic optimal control methods can efficiently and effectively leverage data to accelerate molecular design, optimization, transition state search and transition path sampling.
Presenter
Yuanqi Du
Yuanqi Du
Cornell University

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