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AFM has been a vital and exceptionally informative technology for investigating biomaterials and chemical processes at nanometre dimensions ever since its development in 1986. This article will go through the fundamentals of AFM and how it is used to analyze biopolymers.
Learn more about material characterization techniques, including microscopy and spectroscopy.
In this article, the use of artificial intelligence (AI) in AFM and its combined benefits has been described.
AFM nanoindentation has application in surface height topology mapping and 3D high-resolution imaging, notably in facilitating in situ quantification of the residual indents’ shape.
Nanomechanical mapping is essential as the mechanical properties of whole living cells are closely linked to pathological and physiological processes.