We use this Keyence Scanning Electron Microscope to analyze our nano-probes and other nano-device we construct.
We deal with Surface Plasmon Resonance device, nano-gold particles and other nano-structure that we sometime observe with this SEM.
Study in Yokohama:
We are seeking international students. Are you interested to have your post-doctoral experience in Japan? If so, please contact directly prof. Micheletto by e-mail. Some basic explanation of the general procedure to obtain a grant are explained here.
General infos:
Our university is ranked among the top 30% in Japan and issue
internationally valid PhDs and Master degrees. Non-japanese students
can
qualify to receive grants that include fees and monthly salary about
300.000 yen or more. We are located on the sea side close to marine
attractions,
parks and temples, Tokyo can be reached in about one hour.
Instrumentations:
SEM:
| A
Scanning Electron Microscope. We use this Keyence Scanning Electron Microscope to analyze our nano-probes and other nano-device we construct. We deal with Surface Plasmon Resonance device, nano-gold particles and other nano-structure that we sometime observe with this SEM. |
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AFM:
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Atomic Force Microscope
This device is used to analyze the
surface morfology of various samples.
It uses a "cantilever", a very sharp probe that almost touch the sample in order to observe its superficial shape and mechanical properties. |
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| Scanning Near-field Optical Microscope This device use particular optical nano-probes to illuminate or collect light and it is able to surpass diffraction limits. Spatial resolution can reach easily 100nm or below. We use it to probe optical dynamics of LEDs, study polarization properties of samples and other various tests. |
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