Atomic force microscopy

/əˈtɑmɪk fɔrs maɪˈkrɑskəpi/ noun

A scanning probe microscopy technique that measures surface topography by detecting forces between a sharp tip and sample surface at the atomic level. It can image individual atoms and molecules while providing information about mechanical properties.

Named for its ability to detect 'atomic' scale 'forces' between probe and sample. Invented by Gerd Binnig, Calvin Quate, and Christoph Gerber in 1986, building on the earlier scanning tunneling microscope concept but extending it to non-conductive samples.

AMአቶሚክ ሃይል ማይክሮስኮፕ
ARمجهري القوة الذرية
BNপরমাণু বল সূক্ষ্মদর্শন
CAmicroscòpia de força atòmica
CSmikroskopie atomové síly
DAatomkraftmikroskopi
DEAtomkraftmikroskopie
ELατομική μικροσκοπία
ESmicroscopía de fuerza atómica
FAمیکروسکوپی با نیروی اتمی
FIatomivoimamikroskooppia
FRmicroscopie à force atomique
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