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Paris Perdikaris

Physics-Informed Machine Learning (PIML) Physics-Informed Neural Networks (PINNs) Neural Operators Deep Operator Networks (DeepONets) Uncertainty Quantification
University of Pennsylvania Computer and Information Science

About

Paris Perdikaris is an Associate Professor of Mechanical Engineering and Applied Mechanics at the University of Pennsylvania, where he also directs the Predictive Intelligence Lab. His research is at the global forefront of AI for Science, specifically in the development of Physics-Informed Machine Learning (PIML). Dr. Perdikaris is a co-creator of Physics-Informed Neural Networks (PINNs), a transformative deep learning framework that embeds the laws of physics—typically expressed as partial differential equations—directly into neural network architectures to solve complex forward and inverse engineering problems. His current work focuses on building Foundation Models for physical systems, utilizing Neural Operators (such as DeepONets) to accelerate multi-scale simulations in fluid dynamics, climate modeling, and materials science. A key pillar of his methodology is Uncertainty Quantification, where he employs Bayesian inference and probabilistic programming to ensure that AI-driven scientific discoveries are both reliable and physically consistent.

Research Performance Summary

142
Total Papers
51594
Total Citations
57
H-Index
2009-2026
Active Research Span

First Recorded Paper

Chaos in a cylinder wake due to forcing at the Strouhal frequency

Year: 2009

Citations: 45

Venue: Physics of fluids 21 (10)

Latest Recorded Paper

Multimodal Scientific Learning Beyond Diffusions and Flows

Year: 2026

Citations: 0

Venue: arXiv preprint arXiv:2602.00960

Last 10 Years Publication Activity

This timeline shows the professor's yearly publication activity.

2026
2
2025
12
2024
14
2023
13
2022
23
2021
18
2020
7
2019
13
2018
12
2017
9
2016
8

Publication Venues and Collaboration

Journal, Conference, and Book Publication Breakdown

Conference 23
Journal 36
Book 1

Top Coauthors

Perdikaris Wang Karniadakis

Research Impact by Period

2025-2026

Period Stats
Papers 14
Citations 443
Avg. Citations / Paper 31.6
H-Index 3

2020-2024

Period Stats
Papers 75
Citations 21566
Avg. Citations / Paper 287.5
H-Index 34

2015-2019

Period Stats
Papers 49
Citations 29367
Avg. Citations / Paper 599.3
H-Index 28

2010-2014

Period Stats
Papers 1
Citations 168
Avg. Citations / Paper 168
H-Index 1

2005-2009

Period Stats
Papers 3
Citations 50
Avg. Citations / Paper 16.7
H-Index 2

Contact and Professional Links

Contact Information

pgp@seas.upenn.edu

Detected Research Keywords

Physics Informed Neural Informed Neural Networks Fidelity Bayesian Optimization Partial Differential Equations Training Physics Informed Neural Networks Learning Parametric Partial Differential Equations Physics Informed Information Fusion Algorithms Fidelity Gaussian Process