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Microscopy Technique Captures Light-Driven Polymers In Action

Microscopy Technique Captures Light-Driven Polymers In Action
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United States , Keishi Yang , Takayuki Umakoshi , Osaka University , American Chemical Society , Speed Atomic Force Microscopy , Nano Letters , American Chemical , Situ Real Time Observation , Inverted Optical Microscope ,

Combined microscopy technique catches light-driven polymers in the act

Combined microscopy technique catches light-driven polymers in the act
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Keishi Yang , Takayuki Umakoshi , Osaka University , Nano Letters ,

Combined microscopy technique catches light-driven polymers in the act

Combined microscopy technique catches light-driven polymers in the act
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Keishi Yang , Takayuki Umakoshi , Speed Atomic Force Microscopy , Osaka University , Nano Letters , Situ Real Time Observation , Inverted Optical Microscope ,

Combined Microscopy for Light-Driven Polymer Observations

Expanding scientific understanding frequently requires taking as close a look as possible at what is going on. Researchers in Japan have now seen the nanoscale behavior of azo-polymer films when triggered with laser light. ....

Keishi Yang , Takayuki Umakoshi , Megan Craig , Osaka University , Speed Atomic Force Microscopy , Nano Letters , Study Lead Author , Graduate Student , Study Senior Author , Associate Professor , Situ Real Time Observation , Inverted Optical ,