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High-Speed AFM Advancements for Protein Dynamics Research

In this interview, AZoNano speaks with Dr. George Heath from the University of Leeds, UK, about the fundamental principles of Atomic Force Microscopy (AFM), integration with advanced optical microscopy, and relevant applications. He also discusses his research utilizing the NanoRacer.

United kingdomNew yorkUnited statesGeorge heathEmily mageeBruker bioafmmayBruker bioSchool of physics astronomyAtomic force microscopyUniversity of leedsUniversity academicSpeed atomic force microscopySchool of biomedical sciencesFrom brukerGeorge heathuniversity academic fellowuniversityUniversity academic fellow

Combined microscopy technique catches light-driven polymers in the act

Expanding our scientific understanding often comes down to getting as close a look as possible at what is happening. Now researchers from Japan have observed the nanoscale behavior of azo-polymer .

Hiroki watanabeFeng yueh chanPrabhat vermaHidekazu ishitobiTakayuki uchihashiYasushi inouyeShingo yoshiokaTakayuki umakoshiKeishi yangFritz haber instituteSpeed atomic force microscopyOsaka universityNano lettersFirst operationTwo color modeInfrared free electron

Microscopy Technique Captures Light-Driven Polymers In Action

Microscopy Technique Captures Light-Driven Polymers In Action
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United statesKeishi yangTakayuki umakoshiOsaka universityAmerican chemical societySpeed atomic force microscopyNano lettersAmerican chemicalSitu real time observationInverted 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 yangTakayuki umakoshiSpeed atomic force microscopyOsaka universityNano lettersSitu real time observationInverted 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 yangTakayuki umakoshiMegan craigOsaka universitySpeed atomic force microscopyNano lettersStudy lead authorGraduate studentStudy senior authorAssociate professorSitu real time observationInverted optical