MHOH LAB · KOREA INSTITUTE OF ENERGY TECHNOLOGY
Nanocrystal
Solids
From Designed Building Blocks to Collective Function
We pursue an interdisciplinary approach to 3D-oriented nanostructures, combining advanced inorganic chemistry, materials characterization, catalysis, electrochemistry, structural mechanics, and solid-state physics.
RESEARCH FOCUS
Interaction → Correlation → Collective Function
OUR PERSPECTIVE
Materials become more than the sum of their particles when interactions organize into collective behavior.
We connect precision nanocrystal synthesis, assembly, microscopy, operando characterization, and modeling to reconstruct how real interaction networks evolve.
SurfacesInterfacesDefectsStrainChargeTopology
01 · RESEARCH
Nanointerfaces, defects & dynamics
Bottom-up nanocrystal engineering for electrochemical function and advanced structural analysis.
02 · PEOPLE
Members
Explore member profiles or switch to People & Places to see how the lab connects across regions.
03 · PUBLICATIONS
Research highlights & recent work
From landmark nanocrystal chemistry to current energy and environmental materials research.
04 · NEWS
Activities & news
Research milestones, collaborations, conferences, and lab activities.
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Morphology & High-Order Hierarchy Lab
Science, Technology & Engineering
Nanocrystal solids — from designed building blocks to collective function.
Korea Institute of Energy Technology (KENTECH)
mhohlab.kentech.ac.kr
Korea Institute of Energy Technology (KENTECH)
mhohlab.kentech.ac.kr
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06 · MEDIA
Talks & features
Selected interviews, documentaries, and research introductions featuring the group and KENTECH.
07 · JOIN US
Join MHOH Lab.
We welcome researchers and students interested in nano-interface synthesis, catalytic reaction dynamics, advanced microscopy, and nonequilibrium materials systems.
CURRENT OPPORTUNITIES
Postdoctoral fellows · Ph.D./Master students · Internships