Next-generation materials for energy harvesting and storage

Our mission

Paris climate agreement has set a target of achieving net-negative global emissions by the year 2050.
Our group works on developing new materials for low-cost and scalable energy conversion, storage, and CO2 capture to meet this target.

Research
Computational design

Density functional theory and machine learning.

Materials synthesis

High-throughput robotic synthesis of solution-processed nanomaterials.

Devices

Li-ion batteries, CO2 capture, solar cells, catalysis.

Group news
Kamal’s Mn-MOFs for water splitting in acidic media is online!

Congratulations, Kamal! ACS Materials Letters, 2020, just accepted manuscript. The oxygen evolution capabilities of a manganese metal-organic framework (MOF) are… Read More

Our first publication on machine learning for materials science

Machine Learning Accelerates Discovery of Optimal Colloidal Quantum Dot Synthesis In this work, we applied Bayesian optimization methods to facilitate… Read More

Kamal and Alex’s Preview on Trap States in Quantum Dots is online!

Electronic traps are the primary factor stifling the performance of quantum-dot (QD) solar cells to nearly half their theoretical potential.… Read More

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