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Polycrystalline model of copper with grain boundaries, built in and visualized by Virtual NanoLab. The structure contains over 1 million atoms, but can readily be calculated using ATK-Classical.

This cloud in the stratosphere over the north pole of Titan is similar to Earth's polar stratospheric clouds.

This rolling two year contract will enable Haydale, in collaboration with Tantec, to continue to develop its plasma functionalisation process to meet customer specific needs, both in terms of quantity of materials and the level of functionalisation required.

Transmission electron microscope (TEM) tomography provides a nanoscale, 3-D visualization of the structure of a templated block copolymer. The purple features are silica posts fabricated by electron-beam lithography that direct the self-assembly of the copolymer. The material self-assembles to form two orthogonal layers of cylinders (green).

Scientists used a new super-resolution imaging method -- the same method recognized with the 2014 Nobel Prize in chemistry -- to peer deep into brain tissue from mice with bipolar-like behaviors. In the synapses (where communication between brain cells occurs), they discovered tiny "nanodomain" structures with concentrated levels of ANK3 -- the gene most strongly associated with bipolar disorder risk. ANK3 is coding for the protein ankyrin-G.

ORNL researchers used scanning transmission electron microscopy to take an atomic-level look at a cubic garnet material called LLZO that could help enable higher-energy battery designs.

Rare-earth nanoparticles encapsulated in albumin shells glow under infrared light.

UMass Amherst researchers recently provided stronger evidence than ever before to support their claim that the microbe Geobacter produces tiny electrical wires, called microbial nanowires, along which electric charges propagate just as they do in carbon nanotubes, a highly conductive man-made material.