7 Feb., 2019 | 15th JSPS PRIZE | "Development of High-resolution Liquid-environmen Atomic Force Microscopy and Its Applications to Subnanoscale Studies on Solid-liquid Interfaces" | T. Fukuma |
13 Oct., 2016 | AsiaNANO 2016 NPG Asia Materials Poster Awards | "Molecular-scale Investigation of Oligo (ethylene glycol)-terminated SAMs by Frequency Modulation AFM in Liquid" | Natsumi Inada |
9 Mar., 2014 | One of the best top ten posters of the conference Award 5th International Conference on NanoStructures (ICNS) |
"High-Speed Atomic Force Microscopy with atomic-scale resolution using separate-type XY and Z scanner with screw cantilever holding mechanism" | S. M. R. Akrami |
22 Jul., 2013 |
Nano-probe Technology Incentive Award |
"Molecular scale investigation of biomolecules/water interface by three dimansional scanning force microscopy" | Hitoshi Asakawa |
11 Apr., 2011 |
The Young Scientists' Prize |
"Study on atomic-scale imaging techniques for phenomena at nanobio interfaces" | Takeshi Fukuma |
15 Jan., 2010 | 19th MRS-J Academic Symposium Incentive Award Materials Research Society of Japan |
“Frequwncy Modulation Atomic Force Microscopy for Visualizing Nanobio-Interfaces” | Takeshi Fukuma |
Dec. 2008 | The 4th Incentive Award for Young Scientist Biophysical Society of Japan |
“Molecular-scale imaging of hydration layers formed on a model biological membrane by frequency modulation atomic force microscopy” |
Takeshi Fukuma |
Mar. 2008 | Takagi award The Society of Non-traditional Technology Bio-Nanotechnology Forum |
“Molecular-scale imaging at the interface between lipid bilayer and physiological solution using liquid-environment atomic force microscopy” |
Takeshi Fukuma |
Jul. 2005 | Nano-probe Technology Incentive Award Japan Society for the Promotion of Science 167th Committee on Nano-probe Technology |
“High-Resolution FM-AFM Imaging in Air and Liquids” | Takeshi Fukuma |
Sep. 2004 | Young Scientist Award for the Presentation of an Excellent Paper Japan Society of Applied Physics |
“Dynamic Force Microscopy at Higher Cantilever Resonance Frequencies using Laser Power Modulation Technique” |
Takeshi Fukuma |