Releasing Walk on Spheres Extensions (WoSX): a GPU-accelerated C++/Python library for Monte Carlo physics simulation on complex geometry
Think path tracing but for physics beyond light transport: heat, electrostatics, potential flow, deformation & more!
https://t.co/1F59rys9tw
Thanks to the organizers and participants at the Simons Institute for the fantastic workshop and discussion!
Paper: https://t.co/cb4l4M4aXB
Slides: https://t.co/vdgxlFJlUw
Code: https://t.co/rjY6qB7qvi
Data: https://t.co/RnfoZAtcuR
Workshop: https://t.co/sBsUZRk9eU
(9/9)
Can we evaluate if LLMs can reason structurally?
I discussed this question through the lens of data structures in a talk at @SimonsInstitute. In a joint ICML'26 work with @yuhe441, Yingxi Li, and @crwhite_ml, we introduce DSR-Bench, the data structure reasoning benchmark. (1/9)
Can machine learning improve discrete optimization algorithms without sacrificing theoretical guarantees?
This was the central question of the talk I gave this spring at a few schools (UCSD, UIC, Yale, Penn): Machine Learning for Discrete Optimization: Theoretical Foundations.
We investigate the value of calibration in online rent-or-buy and online job scheduling, with guarantees depending on accuracy, calibration error, sharpness, and inherent uncertainty.
Joint work with @judyhshen and Anders Wikum. ICML'25 Spotlight.
We’re excited to announce the call for submissions for our workshop on Learning-driven Algorithms and Machine-aided Proofs (LAMP) at Toyota Technical Institute of Chicago (@TTIC_Connect) on August 6–7.
We welcome spotlight talks, posters, and open problems at the intersection of machine learning and theoretical computer science. We have an exciting lineup of speakers from academia and industry, and we’re looking forward to bringing this emerging community together.
Huge thanks to my co-organizers Sandeep Silwal and Dravyansh Sharma.
Please submit your work or send us an open problem. Details in the first reply.