Scanning probe microscopy (SPM) has developed a core method in nanoscale science and technology. Its applications now spread over a broad range of research fields including physics, chemistry, biology and medical sciences. The advancement of SPM technologies has also cultivated interdisciplinary areas and will further expand the possibility. In this joint symposium between Institute for Molecular Science, Japan (IMS) and Fritz Haber Institute, Germany (FHI), we discuss the latest development and perspective of SPM technologies including low temperature experiments, near-field optical microscopy under ambient condition and in solution, electrochemical and biomolecular investigations.
Program
12th, July, 2021 (Day 1)
| 15:55 (JST), 8:55 (Germany) |
Takashi Kumagai |
“Opening remarks” |
| 16:00-16:40 (JST), 9:00-9:40 (Germany) |
Borja Cirera (Fritz Haber Institute) |
“Design and characterization of organic nanomaterials combining SPM and TERS” |
| 16:40-17:20 (JST), 9:40-10:20 (Germany) |
Taketoshi Minato (Institute for Molecular Science) |
“Electrode/Electrolyte Interface Analyzed by Scanning Probe Microscopy” |
| 17:20-18:00 (JST), 10:20-11:00 (Germany) |
Tomoko Shimizu (Keio University, Japan) |
“How to bridge the "materials gap" in high resolution AFM/STM?” |
| 18:00-18:30 (JST), 11:00-11:30 (Germany) |
Leonard Gura (Fritz Haber Institute) |
“High Speed STM: Implementation and Application of Spiral Scan Geometries” |
13th, July, 2021 (Day 2)
| 16:00-16:40 (JST), 9:00-9:40 (Germany) |
Akitoshi Shiotari (Fritz Haber Institute) |
“Control of single-molecule reactions by high spatial resolution AFM” |
| 16:40-17:20 (JST), 9:40-10:20 (Germany) |
Chi Chen (Research Center for Applied Sciences, Academia Sinica, Taiwan) |
“Near-field optics: from the viewpoint of scanning probe microscopy” |
| 17:20-18:00 (JST), 10:20-11:00 (Germany) |
Jun Nishida (Institute for Molecular Science) |
“Ultrafast nano-imaging of polaron dynamics and coupling in a lead halide perovskite” |
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