We are hiring!
Build a cool microscope + impact a greener future!
Postdoctoral position in nanoscale microscopy & rare earth element separations available:
(please email Lydia if interested; Interfolio link coming later)
Welcome to the Kisley Lab
Materials at the ultimate concentration limit
We are a team of physicists, chemists, and engineers driven by curiosity to understand the world at the limit of a single molecule.
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We study materials using nanoscale microscopy. We have the goal to inspire materials design through the following aims:
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1) Approach medical & industrial material problems with a molecular, quantitative perspective using single molecule spectroscopy. Single molecule spectroscopy accesses heterogeneity hidden in traditional ensemble measurements.
2) Advance the single molecule materials field towards more complex, realistic conditions. We have a long-term vision of connecting the molecular results to the macroscale material performance.
3) Develop new microscopies that achieve a full physicochemical picture of molecular behavior. This includes how molecules adsorb, diffuse, and fold over space, time, and temperature.
Please check out our website for more details!
Research & Discoveries
The Kisley Lab images molecules interacting with bio/soft/metal materials using microscopy.
We track how molecules stick, move, react, or change conformation over space, time, and temperature.
Protein Dynamics in the Extracellular Matrix
How do proteins behave outside the cell?
Diffusion and Adsorption of Analytes in Separation Materials
Designing the most challenging separations from the bottom-up
Imaging Corrosion, One Redox Reaction at a Time
Detecting & understanding rust right when it starts
New High-Resolution Microscopy Methods
Reaching new scales even with noisy or low signal data
Learn more about our research:
Notable News
9/10/2024
The DOE grant will provide $875,000 in support to extend our single-molecule separation science research to rare earth elements (REEs). A new UV-excitation microscope will determine where & how individual REE ions are separated by bio-based ligands of varying size immobilized on solid supports under pressure. Learn more in CWRU's story in The Daily.
2/14/2025
Our new manuscript "Super- resolution imaging reveals resistance to mass
transfer in functionalized stationary phases" is out in the journal Science Advances! Congratulations Ricardo, Aman, and our collaborators. Check it out here: https://doi.org/10.1126/sciadv.ads0790
Group attends APS March Meeting
3/3- 3/8/2024
The Kisley Lab took over the APS March Meeting in Minneapolis! The group had seven talks & one poster over the course of the meeting in DBIO, DSOFT, DCP, DPOLY, DFD, and GIMS.
Contact Us
Rockefeller Bldg.
2076 Adelbert Rd.
Cleveland, OH 44106-7079
216-368-2118
