Stanford develops 3D nanometer scale imaging with cathodoluminescence tomography April 7, 2017 April 11, 2015 by Brian Wang Engineers at Stanford and the FOM Institute AMOLF, a research laboratory in ...

University of Illinois Physics Professor Paul Kwiat and members of his research group have developed a new tool for precision ...

What sets our research apart is that we can manipulate and trap much bigger objects if we make their surface a metamaterial surface or a ‘metasurface.’” His team has developed a method that can move ...

Here we decided to build a 75-nm-tall sculpture of a robot using multilayer honeycomb lattice packing (Fig. 6). DNA origami offers the opportunity to divide the object into structural modules that ...

Our implementation of reflection interference contrast microscopy provides a generally applicable nanometre-scale resolution ... dynamically probe ensembles of objects near surfaces so that ...

Arguilla explained that the discovery is the first step toward discovering new classes of materials to take temperature readings at nanometer scales. Next, his lab plans to test other nano-scale ...

Nanophotonics is the study of light-matter interactions between light and objects on the nanometer scale. The length scales involved in nanophotonics are of such great scientific interest because the ...

The meter is the base unit of length in the International System of Units (SI), making the nanometer a derived unit used primarily to measure the atomic and molecular scale of materials and the ...

Both objects were cooled down to about 200 mK ... to detect very small differences in X-rays given off by nanometer-scale particles, enabling users such as the semiconductor industry to identify ...

Therefore, understanding and controlling high-speed physical and chemical phenomena at the nanometer scale is vital for ... AFM to measure a diverse range of objects positions the technology ...

The manipulation of light at the nanometer scale, below its wavelength ... Examining the optical characteristics of atomic ...

Both objects were cooled down to about 200 mK ... to detect very small differences in X-rays given off by nanometer-scale particles, enabling users such as the semiconductor industry to identify ...