News & Updates
BEST Special Seminar
Fast-Charging Batteries: From a Chemistry Problem to a Heating Problem
An ESRI Approach to Solving Critical Problems
📆︎ October 22, 2026
Prof. Mukherjee gave a keynote lecture on Gradients and Instabilities in
Solid-State Batteries at Solid-state Batteries VII - From
Fundamentals to Application in Frankfurt, Germany.
📆︎ October, 2026
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Prof. Mukherjee gave an invited talk on Gradients and Instabilities in
Solid-State Batteries at the 2nd UNIST Pioneer Symposium in Ulsan,
Republic of Korea.
📆︎ September, 2026
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Prof. Mukherjee gave an invited talk on Modeling and Analytics at
Scale for Thermal Stability and Safety of Energy Storage Systems at
the 5th International Battery Safety Workshop (IBSW) in Houston, Texas.
📆︎ August, 2026
Prof. Mukherjee gave an invited talk on Heterogeneities in Solid State
Battery Architectures at the 249th ECS Meeting in Seattle, Washington.
📆︎ May, 2026
Prof. Mukherjee gave an invited talk on Mesoscale Electrochemistry
and Instability in Energy Storage at the University of Louisville, Kentucky.
📆︎ March, 2026
Congratulations to Prof. Mukherjee for being awarded the 2026
Faculty Excellence Award for Graduate Student Mentorship from the
College of Engineeering!
📆︎ March, 2026
Prof. Mukherjee gave two invited talks on Mechanistic Multiscale
Interactions in Lithium-Sulfur Batteries and Mechanistic
Interrogation of Solid/Solid Interface Stability at the 248th ECS
Meeting in Chicago, IL.
📆︎ October, 2026
A cohort of 23 graduate students represented ETSL at the 248th
ECS Meeting in Chicago, IL.
📆︎ October, 2026
Article on electric aviation featured as a journal cover in ACS
Energy Letters
📆︎ September 12, 2025
Congratulations to Prof. Mukherjee, Dr. Karmakar, Aditya and
Abhinand for being awarded the 2025 Graduate Education Awards.
📆︎ March, 2025
CARES Inaugural Ceremony : Pioneering Energy Storage Solutions
📆︎ October 15, 2023
Established in October 2023 by ESRI and Purdue University, the Center for Advances in Resilient Energy Storage (CARES) pioneers research in energy storage safety, sustainability, and resilience. CARES integrates physics-based modeling and experimental analytics to enhance the safety and resilience.
