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Carbon nanotubes promise electronic devices of the future that could outperform Si and GaAs technologies.
Inducing superconductivity in non-superconducting materials
By using a very hot pressing temperature, scientists have created a novel thermoelectric material with an unusually high power factor.
A new electroactive material made from a bottlebrush polymer can change shape and size when exposed to a relatively small electric field.
By finding a way to sandwich two types of perovskite into a single photovoltaic cell, scientists have achieved a conversion efficiency of 21.7%.
Using a gold metasurface, scientists have fabricated the first semiconductor-free, optically-controlled microelectronic device.
Fluctuations in the amount of a particular precursor in a two-dimensional alloy can influence the ordering of the atoms of the other components.
Hydrogenation proceeds differently over single-layer graphene compared with few-layer graphene, and also requires defects or edges.
Scientists have used a laser-heating technique to fabricate a new class of crystalline solid known as a rotating lattice single crystal.
Engineers have developed a magnetic ink that can be used to make self-healing batteries, electrochemical sensors and textile-based circuits.
Superconducting spin cycle
Using alternating layers of an antiferromagnet, researchers have produced a topological insulator that can work at higher temperatures.
A new method for taking advantage of assembled interfaces can induce superconductivity in non-superconducting materials.
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The University at Buffalo's new Materials Data Engineering Laboratory will conduct materials modeling and simulations using visual data.
By capturing both high- and low-energy photons, a new perovskite tandem solar cell has achieved a power conversion efficiency of 20.3%.
Nanostructured catalysts boosts conversion of greenhouse gas to fuel.
See your image on the cover of Nano Today in 2017.
Nano-features similar to leaf veins improves electrodes
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