Thin films
Scientists at the University of Padua have made a significant breakthrough in the field of 2D materials, specifically in the growth and characterization of molybdenum disulfide (MoS2) films. Despite the potential of MoS2 for electronics and optoelectronics, the lack of a definitive solution for large-area film fabrication has hindered its
Atomic force microscopy
Researchers from the Shenyang University of Technology in China have made a significant breakthrough in the field of nanomechanical analysis by developing a deep learning-powered atomic force microscopy (AFM) method that enables reliable and laborsaving AFM force measurements of numerous cells on diverse biointerfaces. The new method combines AFM-based single-cell
Atomic force microscopy
Researchers have made a significant leap in the field of biomolecular dynamics with the development of a novel computational method, NMFF-AFM, which infers atomistic-precision models of conformational dynamics from resolution-limited atomic force microscopy (AFM) imaging data. This advancement has paved the way for a deeper understanding of the complex motions
