We are focusing on the research of creating functionalized thin film lubrication systems by patterning nanometer-thick liquid films intermediating between two solid surfaces. Such patterning is expected to improve the lubrication performance of nanometer-thick liquid films, thereby ensuring highly reliable and durable relative motion between two solid surfaces through a several-nanometer spacing. Using multiscale approaches integrating simulations and experiments, we are advancing our research in the following directions.
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2024.02.19 | New member added. |
2023.06.16 | Publication added. |
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2023.04.24 | New member added. |
2023.01.20 | Publication added. |
2022.10.01 | New member added. |
2022.05.26 | Publication added. |
2022.04.01 | New member added. |
2022.03.03 | Publication added. |