Xin Li
Energy Resources & Energy Systems Engineering
Profile
Outside professional activities

Profile

Xin Li’s research group at Harvard University focuses on the design of next generation energy storage materials through advanced synthesis, test, characterization and simulation. By combining electrochemistry, microscopy, spectroscopy, first principle computations and artificial intelligence, the group aims to obtain the most performance-relevant understandings, which guides the design of new energy storage materials and devices, including next generation cathodes, anodes and solid electrolytes for lithium or sodium ion batteries. The group is also interested in obtaining a unified understanding about how microscopic interactions govern emergent phenomena in energy storage and strongly correlated quantum materials, with the current focus on unconventional superconductors.
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Expertise
Materials Science & Mechanical Engineering
Artificial Intelligence
Computational and Data Science
Energy Resources & Energy Systems
Surface and interface Science
Energy, Environment, and Sustainability

Outside professional activities

Outside Professional Activities

In the spirit of transparency and integrity, Salata Institute Faculty Associates disclose publicly their key professional activities outside of Harvard University. The activities disclosed below are for the most recent reporting period, as defined by University policy. Some of the activities may be paid, some may be unpaid, and others may be in exchange for expense reimbursement only.

Outside Professional Activities For Xin Li
Organizations:
Relationships:
Adden Energy, Inc.
Fiduciary Board Membership
HARVARD UNIVERSITY
THE SALATA INSTITUTE FOR CLIMATE AND SUSTAINABILITY

The Salata institute

The Salata Institute supports interdisciplinary research that leads to real-world action, including high-risk/high-reward projects by researchers already working in the climate area and new endeavors that make it easier for Harvard scholars, who have not worked on climate problems, to do so.