Page 14 - Atomic Force Microscopy News Today

The involvement between electron transfer (ET) and catalytic reaction at electrocatalyst surface makes electrochemical process challenging to understand and control. How to experimentally determin ...

The first fully integrated system that combines atomic force microscopy with white light interferometer profilometry

The first fully integrated system that combines atomic force microscopy with white light interferometer profilometry

Oxford Instruments Asylum Research is pleased to announce a redesigned eStore for Atomic Force Microscopy (AFM) probes.

This Encyclopedia Britannica Science list features 10 ways of looking at cells.

In this guest editorial, Vladimir Korolkov outlines a straightforward practical approach for high-resolution imaging

Driving the Nanotechnology Revolution with Nanoparticles Sponsored by EntegrisApr 29 2021 Many individuals and organizations consider nanotechnology to be the next technical revolution, with the potential to drastically change the modern world. Developments to date may not meet these expectations, but substantial investment from universities, industry and global governments currently exceeds $9 billion annually and is continuing to grow. 1 There has been an investment of $27 bil...

/PRNewswire/ --The "Metrology, Inspection, and Process Control in VLSI Manufacturing" report from The Information Network has been added to...

Date Time NIST team probes indestructible quantum states that may aid quantum computing Schematic of quantum Hall edge states in graphene probed by an atomic force microscope. In the interior of the graphene sheet, electrons under the influence of a perpendicular applied magnetic field are constrained to undergo circular motion. This turns the interior of the graphene sheet into a poor electrical conductor and even into an insulator under certain conditions. In contrast, along the boundary of t...

BugBitten New insight into the interaction between Leishmania and the sand fly midgut Our research uncovers a new mode of binding that explains how Leishmania can exploit almost any sand fly in the world as a vector. This interaction is critical for parasite survival in the sand fly midgut. Within the sand fly, Leishmania transform into a number of flagellated promastigote forms, each with specific roles to play in colonising the vector for onward transmission. However, to survive in a sand f...