Plasmonic nanohole-based sub-diffraction-limited fluorescence microscopy for imaging of gliding biomolecules
In this presentation, we explore the feasibility of plasmonic nanohole-based sub-diffraction-
limited nanoscopy for biomolecular imaging. The technique utilizes near-field distribution …
limited nanoscopy for biomolecular imaging. The technique utilizes near-field distribution …
Plasmonic nanohole-based sub-diffraction-limited fluorescence microscopy for imaging of gliding biomolecules
W Lee, Y Oh, K Kim, Y Kinosita… - … , and Actuation for …, 2016 - yonsei.elsevierpure.com
In this presentation, we explore the feasibility of plasmonic nanohole-based sub-diffraction-
limited nanoscopy for biomolecular imaging. The technique utilizes near-field distribution …
limited nanoscopy for biomolecular imaging. The technique utilizes near-field distribution …
Plasmonic nanohole-based sub-diffraction-limited fluorescence microscopy for imaging of gliding biomolecules
W Lee, Y Oh, K Kim, Y Kinosita… - … , and Actuation for …, 2016 - ui.adsabs.harvard.edu
In this presentation, we explore the feasibility of plasmonic nanohole-based sub-diffraction-
limited nanoscopy for biomolecular imaging. The technique utilizes near-field distribution …
limited nanoscopy for biomolecular imaging. The technique utilizes near-field distribution …
Plasmonic nanohole-based sub-diffraction-limited fluorescence microscopy for imaging of gliding biomolecules
W Lee, Y Oh, K Kim, Y Kinosita, N Mikami - Proc. of SPIE Vol - spiedigitallibrary.org
In this presentation, we explore the feasibility of plasmonic nanohole-based sub-diffraction-
limited nanoscopy for biomolecular imaging. The technique utilizes near-field distribution …
limited nanoscopy for biomolecular imaging. The technique utilizes near-field distribution …