2024

Oct. 2024: Caitlin presented our work on "Machine Learning for System Identification and Parameter Estimation" at the 2024 SIAM Conference on Mathematics of Data Science in Atlanta. Check out the corresponding article on arXiv! [link]

Oct. 2024: Check out two new research articles from my lab now available on arXiv: (1) "Integrating Physics-Informed Deep Learning and Numerical Methods for Robust Dynamics Discovery and Parameter Estimation" [link] and (2) "Data-Driven Modeling and Prediction of Microglial Cell Dynamics in the Ischemic Penumbra" [link].

Aug. 2024: Great time with The Inverse Solvers at the ICERM-SIAM "Empowering a Diverse Computational Mathematics Research Community" workshop!

May 2024: Congratulations to all our recent WPI graduates!  Special shout out to Sara for earning her Ph.D. in Bioinformatics & Computational Biology and to Natalie and Caitlin for earning their B.S. degrees in Mathematical Sciences -- so proud of you! #asquad

Apr. 2024: Natalie Tierney and Caitlin Ho gave wonderful presentations of their MQP research at this year's WPI Undergraduate Research Projects Showcase -- great work, Natalie and Caitlin!  And a big congratulations to Caitlin on being awarded the Provost's MQP Award for Mathematical Sciences -- way to go, Caitlin!

Apr. 2024: Sara Amato successfully defended her Ph.D. dissertation on "Differential Equations and Data-Driven Methods for Modeling Microglial Cells During Ischemic Stroke" -- congratulations, Dr. Amato!  So proud!

Apr. 2024: Congratulations to our WPI AWM Student Chapter for hosting another successful Sonia Kovalevsky Day for middle school girls at WPI!  This year's event marked our 6th annual SK Day at WPI -- a big thank you to all our wonderful student and faculty volunteers!

Mar. 2024: Our new preprint "A data-informed mathematical model of microglial cell dynamics during ischemic stroke in the middle cerebral artery" is now available on arXiv! [article link]

Feb. 2024: Congrats to Sara for presenting her latest research results on "Differential Equations and Data-Driven Methods for Modeling Neuroinflammation" at the WPI Graduate Research Innovation Exchange!

Jan. 2024: Check out our new research article "Fourier series-based approximation of time-varying parameters in ordinary differential equations" accepted for publication in Inverse Problems! [article link]