A new deep learning method called DLE-EM accelerates SEM imaging of geological materials by up to 16×, enabling large-scale, ...

and optical properties could serve as biosignatures using in situ video microscopy at a range of extreme field sites, many of which had not been previously explored with this technique. The study is ...

The biological sciences currently employ optical microscopy the most. Super-resolution techniques break the traditional diffraction limit of light at roughly 250 nm and allow one to determine the ...

Today's super-resolution microscopes have made it possible to observe the nanoscale world with unprecedented detail. However, ...

Tillberg co-invented a technique called expansion microscopy as a graduate student at MIT. The method uses a swellable ...

Tillberg co-invented a technique called expansion microscopy as a graduate student at MIT. The method uses a swellable hydrogel material to expand samples uniformly in all directions to a point ...

The main SMLM techniques include direct stochastic optical reconstruction microscopy (dSTORM), point accumulation for imaging in nanoscale topography (PAINT), and photoactivated localization ...

The lateral resolution is up to about 0.5µm. Optical microscopy/macroscopy and SEM, Scanning Electron Microscope are complementary techniques used in combination. Sample weight up to a maximum of 5kg.

Researchers investigated whether microbial active motion (e.g., swimming), morphology and optical properties could serve as biosignatures using in situ video microscopy at a range of extreme field ...

and optical properties could serve as biosignatures using in situ video microscopy at a range of extreme field sites, many of which had not been previously explored with this technique.