THE LAB
RESEARCH
OVERVIEW
Energy Catalysis
Hybrid Inorganic-Biological Systems
Photo-/Electro- Redox Catalysis
Radical Enzymology
Cyborg Cells
Quantum Spin Liquids
PUBLICATIONS
All Publications
Energy Catalysis / Storage
Artificial Leaf and Bionic Leaf
Ribonucleotide Reductase
Photo-/Electro- Redox Methodologies, Photochemistry and Coordination Compounds
Magnetism
PCET Mechanism
Secondary Coordination Sphere: Pacman and Hangman
Sensing: Biology, Fluid Mechanics, Materials
Electron Transfer
Energy Policy and General
PEOPLE
Lab Members
Alumni
Internal
Contact Us
Nocera Lab
THE LAB
RESEARCH
OVERVIEW
Energy Catalysis
Hybrid Inorganic-Biological Systems
Photo-/Electro- Redox Catalysis
Radical Enzymology
Cyborg Cells
Quantum Spin Liquids
PUBLICATIONS
All Publications
Energy Catalysis / Storage
Artificial Leaf and Bionic Leaf
Ribonucleotide Reductase
Photo-/Electro- Redox Methodologies, Photochemistry and Coordination Compounds
Magnetism
PCET Mechanism
Secondary Coordination Sphere: Pacman and Hangman
Sensing: Biology, Fluid Mechanics, Materials
Electron Transfer
Energy Policy and General
PEOPLE
Lab Members
Alumni
Internal
Contact Us
Mingxuan zhu
mingxuan_zhu@g.harvard.edu
PhD, Chemistry. 2026
Harvard University
B.S., Chemistry, 2020
Peking University
go back
