As an result of the increase in the prices of indium, researchers have developed a technique that uses aluminum-doped zinc oxide, which is a cheaper alternative effectively used for transparent electronics.
A new 3D printing method designed by Stanford scientists could lead to the exploration of rocks that are too delicate to handle or hard to access such as those from mars or from volcanoes.
Researchers are exploring mineral deposits containing locked resources of gold in refractory ores using Curtin University’s new Geoscience Atom Probe Facility.
Dyes have long been used as colorants, stains, and markers. Their potential use as optical materials has been widely investigated, especially in recent years in the context of dye-sensitized solar cells, where dyes play the role of sunlight absorber
Soft materials possess significant amounts of damping energy, and this is the reason why rubber tires are capable of absorbing the shock of potholes and bumps. If researchers try to develop autonomous soft systems such as soft robots, they will then require a technique to transfer energy across soft materials.
A lot of nothing, or something, is what is required to strengthen or reinforce concrete. The “nothing” part can be defined as microscopic voids and the “something” part has specific particles inserted into the most frequently used construction material on Earth.
Mahr will introduce the new MarShaft™ SCOPE 600 plus 3D at IMTS 2016, September 12-17, 2016, McCormick Place, Chicago, IL, Booth #E-5614. Also on display will be the MarGear GMX 400 and the MarSurf® CNC premium Surface Finish System
The University of Bristol engineers have developed a new shape-changing metamaterial. This metamaterial was created using an ancient Japanese art known as Kirigami. In Kirigami, 3D shapes are obtained by cutting and folding paper.
Metal-organic frameworks (MOFs) are a special group of porous solids, and today are regarded as one of the hottest new materials.
Researchers from the Imperial College London have suggested that it is possible to create a new form of light by coupling light into a single electron. The resulting light has the properties of both the electron and the light.
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