Data Fusion at the Nanoscale: Imaging at Resolutions Better than Wavelength/100

Bernd Rieger; Sjoerd Stallinga

Data Fusion at the Nanoscale: Imaging at Resolutions Better than Wavelength/100

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Abstract

Standard fluorescent light microscopy is rapidly approaching resolutions of a few nanometers when computationally combining information from hundreds of identical structures. We have developed algorithms to combine this information taking into account the specifics of fluorescent imaging.

Original language	English
Pages (from-to)	13-14
Journal	ERCIM News
Issue number	108
Publication status	Published - 2017

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Data Fusion at the NanoscaleFinal published version, 234 KBLicence: CC BY

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title = "Data Fusion at the Nanoscale: Imaging at Resolutions Better than Wavelength/100",

abstract = "Standard fluorescent light microscopy is rapidly approaching resolutions of a few nanometers when computationally combining information from hundreds of identical structures. We have developed algorithms to combine this information taking into account the specifics of fluorescent imaging.",

author = "Bernd Rieger and Sjoerd Stallinga",

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Data Fusion at the Nanoscale: Imaging at Resolutions Better than Wavelength/100

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