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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.
A study, published in Scientific Reports, analyzed the issue of automatic identification of membrane-bound PFTs in atomic force microscopy images.
This article focuses on atomic force microscopy, electrochemical impedance spectra, and the interrelation between the two concepts.
In a study published in Applied Physics Letters, researchers created a differential-based ultrafast amplitude detection method devoid of any intrinsic latency with the basic trigonometric theorem.