Bridging the Gap: From Computational Physics, to Physics-informed Machine Learning, to Data-driven Scientific Discovery

It is our pleasure to announce the first two-day international symposium of the Emerging Data Sciences program. For this event, we are bringing together experts in numerical simulation and data science to explore the intersection between, and bridge the gap separating, physics-based models grounded in first principles and data-driven models based on machine learning techniques, and will feature renown researchers who specialize in various areas of computational science and data science, with applications ranging from aerospace, to medicine, to astrophysics.

April 27, 2026

Data Sciences Institute,
Seminar room
10th floor,
700 University Avenue

Speakers

Fabrizia Mealli
Department of Economics, European University Institute

Professor Mealli’s research focuses on statistical and econometric methods for causal inference in experimental and observational settings, estimation techniques, simulation methods, missing data, and Bayesian inference, with applications to the social and biomedical sciences.

She is an Elected Fellow of the American Statistical Association (ASA) and sits on the Steering Committee of the European Causal Inference Meeting (EUROCIM). She is an Associate Editor for Biometrika, the Journal of the American Statistical Association T&M, The Annals of Applied Statistics, and Observational Studies. Mealli is President-elect of the Society for Causal Inference. Since 2001, Mealli has been teaching Causal Inference in International Schools and in Master and PhD programmes around the world.

Rajesh Ranganath
Courant Institute of Mathematical Sciences, NYU

Professor Ranganath’s research interests include causal, statistical, and probabilistic inference, out-of-distribution detection and generalization, deep generative modeling, interpretability, and machine learning for healthcare. Before joining NYU, he earned degrees in computer science; his PhD was completed at Princeton University working with Dave Blei, and his undergraduate was done at Stanford University. He has also spent time as a research affiliate at MIT’s Institute for Medical Engineering and Science.

Max Tabord-Meehan
Department of Economics, University of Toronto

Professor Max Tabord-Meehan’s research focuses on econometrics and causal inference, with particular interest in the analysis of randomized experiments.

He is an Associate Professor in the Department of Economics at the University of Toronto. He joined the department from the University of Chicago, where he taught since completing his PhD in Economics at Northwestern University in 2019.

June 2-3, 2026

Data Sciences Institute,
Seminar room
10th floor,
700 University Avenue

June 2, 2026
9:00-9:10
Opening Remarks
9:10-10:10
Operator Learning for Smoothing and Forecasting
Andrew Stuart, Computing and Mathematical Sciences, Division of Engineering and Applied Science, Caltech
10:10-11:10
Enhancing numerical simulations with reduced order modelling and scientific machine learning: applications in CFD parametric problems
Gianluigi Rozza, Numerical Analysis and Scientific Computing, International School for Advanced Studies (SISSA) Mathematics
11:10-11:40
Coffee break
11:40-12:40
Machine Learning for Multiphysics-Informed Co-Design of Heterogeneously Integrated Systems
Dan Jiao, School of Electrical and Computer Engineering, Purdue University
12:40-1:40
Networking and lunch
1:40-2:40
Generative modeling of chaotic, turbulent, and stochastic dynamical systems
Benjamin Peherstorfer, Courant Institute of Mathematical Sciences, NYU
2:40-4:10
Poster session
4:10-5:10
Panel session
5:10
Closing remarks
June 3, 2026
9:00-9:10
Opening Remarks
9:10-10:10
Simulation Based Inference with Magnetohydrodynamic Models for Mission Planning and Planetary Characterization
Abigail Azari, Department of Physics, Department of Electrical and Computer Engineering, University of Alberta
10:10-11:10
Learning stochastic models of living matter
Jorn Dunkel, Department of Mathematics, MIT
11:10-11:40
Coffee break
11:40-12:40
A new paradigm in cardiovascular diagnostics: patient specific hemodynamic modeling powered by physics informed machine learning
Zahra Motamed, Department of Mechanical Engineering, The School of Engineering and Applied Sciences, McMaster University
12:40-1:40
Networking and lunch
1:40-2:40
Seeing the Unseen: Computational Imaging Across Scales
Aviad Levis, Department of Computer Science, Faculty of Arts and Science, University of Toronto
2:40-3:10
Coffee break
3:10-4:10
Panel session
4:10
Closing remarks

Speakers

Speakers: Panel