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PiFM introduction Photo-induced Force Microscopy (PiFM) is an advanced nanoscale characterization technique that integrates the…
Introduction Surface functionalization via SAM (self-assembled monolayer) coverage is utilized in a range of fields,…
Background For successful Cu-Cu hybrid bonding to occur in the most demanding advanced packaging, the…
Background With shrinking semiconductor device sizes and modern advanced packaging processes, it is crucial to…
Atomic-layer-deposition (ALD) of various oxides can be utilized for diverse applications in the semiconductor industry,…
Background Modifying surfaces to influence subsequent molecular interactions is a powerful technique. By adding functional…
As integrated circuit devices continue to shrink, surface layers have become a significant fraction of…
Multi-layers of different materials find usage across various applications. The thicknesses of the layers range…
On EUV exposure of t-BOC resists, topographic differences arise between exposed and unexposed masked areas.…
Topography, PiFM, and s-SNOM (at one harmonic of the dither frequency) images are acquired concurrently…
A multilayer stack grown on silicon is cross-sectioned (via cleaving) and imaged by PiFM. In…