Linked from

The 14 pages that link to Super-resolution microscopy, each with the reason it gives.

• Electron microscopeCompared with: It narrows the resolution gap while retaining visible-light imaging advantages.

• MicroscopyBroader topic: These methods overcome a fundamental resolution barrier in optical imaging.

• Diffraction limitCompared with: These methods exploit fluorescence control or computational reconstruction to surpass conventional resolution.

• MicroscopeCompared with: It overcomes a resolution ceiling that constrains standard optical microscopes.

• Rayleigh criterionCompared with: These methods overcome limits that the classical criterion assumes for ordinary imaging.

• Optical resolutionCompared with: These methods overcome assumptions behind the classical optical resolution limit.

• Lipid raftRelated: It can examine nanoscale membrane organization that conventional microscopy cannot resolve.

• Abbe diffraction limitCompared with: These methods surpass the classical limit by using nonlinear responses, patterned illumination, or localization.

• Optical microscopeCompared with: It extends light microscopy by using fluorescence and specialized measurement strategies.

• Eric BetzigNarrower topic: Betzig’s PALM helped demonstrate that fluorescence microscopy could resolve nanoscale biological structures.

• William E. MoernerNarrower topic: Moerner’s molecular switching and localization work helped establish this expanded class of microscopy.

• Diffraction-limited systemCompared with: These methods exploit additional information or illumination strategies rather than accepting the conventional limit.

• Cellular organization, physiology & dynamicsBroader topic: It can reveal molecular organization below the resolution of conventional light microscopy.

• High resolutionBroader topic: These methods improve detail beyond the limit faced by ordinary light microscopes.