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Our Research

The Iski Research Group investigates chemical processes occurring at solid-liquid and solid-gas interfaces using atomic-scale imaging techniques. By combining Scanning Tunneling Microscopy (STM) with electrochemical and surface science approaches, we seek to understand how molecular interactions, surface structures, and chemical environments influence material behavior at the nanoscale.

Surface Reconstruction & Nanostructures

Investigating how metal surfaces reorganize at the atomic scale and how chemical environments influence the formation of nanoscale structures.

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Molecular Surface Chemistry

Exploring how molecules adsorb, assemble, and interact with metallic surfaces under realistic experimental conditions.

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Electrochemical Interfaces

Studying electrochemical processes that drive surface transformations, molecular behavior, and material growth at solid-liquid interfaces.

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Atomic-Scale Imaging with STM 

Using Scanning Tunneling Microscopy to visualize chemical and structural phenomena with atomic resolution in air, liquid, and controlled environments.

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Explore Our Work

Learn more about our research projects, published work, and the students driving discovery in the Iski Research Group.

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