Electronic CHANGE TOPIC

Electronic properties news, September 2018

Researchers have trained an artificial neural network to predict stable materials in two classes of crystals known as garnets and perovskites.

Vanadium-hydrogen battery goes with the flow

Rechargeable vanadium-hydrogen (V-H2) flow battery could be simplest option for renewable energy storage.

Modeling self organization in magnetic materials.

Replacing metallic nanoantennas with silicon ones for perovskites in solar cells.

Paradoxical symmetry in metallic nano-alloys.

Boride nanowires deposited on carbon fiber cloth could form the basis of high capacity, stable supercapacitors for energy storage devices.

Nanowires made of germanium and silicon allow individual electrons to be captured by a ‘quantum dot’ on which superconductivity can take place.

Sandwiching 2D materials between 3D silicon bases and an ultrathin layer of aluminum oxide can reduce the risk of overheating in nanoelectronics.

A new technique can create an individual fingerprint of the current-carrying edge states occurring in topological insulators or 2D materials.

Scientists have synthesized a novel organic/inorganic hybrid 2D material with promising electrical and magnetic properties.

Researchers have developed a new method for 'printing' large-scale sheets of the 2D piezoelectric material gallium phosphate.

As much as 100 times more heat than predicted by standard radiation theory can flow between the edges of two very thin semiconductor plates.

Conductive, ecoresorbable inks used in 3D printing to form circuits, inductive antennas, sensors and implantable electronic medical devices.

Network of isolated, individual carbon nanotubes could be ideal transparent conductive films for touch screens, smart windows, and photovoltaic cells.

Iron-based metal-organic framework (MOF) has microwave-absorbing properties.

Finding new electrode materials for next-generation batteries is essential for energy research.

Scientists have induced a two-dimensional material to cannibalize itself for atomic ‘building blocks’ that go on to form stable structures.

Using computational simulations, scientists have discovered the process by which an iron-based superconductor collapses under pressure.

Scientists have developed a new electron microscopy method that allows them to observe the crystallization process for 2D materials.

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