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From atoms to integrated circuit chips, blood cells, and bacteria with the atomic force microscope
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1990
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EngineeringMicroscopyBiomedical EngineeringElectron MicroscopyMicroscopy MethodAtomic Force MicroscopeLow Magnification ImagesInstrumentationMicrofluidicsMolecular ImagingBiophysicsNanoroboticsPhysicsNanotechnologyMedicineLaser MicroscopyAtomic PhysicsCircuit ChipsHigh Magnification ImagesBlood CellsBiomedical DiagnosticsMicrofabricationScanning Probe MicroscopyBioelectronicsApplied PhysicsScanning Force MicroscopyLab-on-a-chipBiomedical InstrumentationElectron MicroscopeImaging
The atomic force microscope (AFM) can now bridge the gap from imaging objects that can be seen with an optical microscope to imaging atoms: a range in magnification of 104. High magnification images of germanium show single atoms separated by 0.4 nm while low magnification images of entire cells and portions of an integrated circuit chip provide lateral and vertical information over a range of 25 μm.