A new hybrid integrated platform has been developed by physicists from the ARC Centre of Excellence for Ultrahigh bandwidth Devices for Optical Systems (CUDOS). This new platform has the potential to be a more advanced alternative to standard integrated circuits that are presently developed by the semiconductor industry.
An international collaboration of researchers formulated a method that helps achieve a more accurate 3D scanning of reconstructing intricate objects than what is presently possible. The innovative technique integrates robotics and water.
A light-responsive crystalline material capable of overcoming challenges encountered in earlier studies has been developed by researchers at Kyoto University’s Institute for Integrated Cell-Material Sciences (iCeMS) and the University of Tokyo.
A magnet placed on one’s refrigerator might keep a calendar in place, but Indian researchers from Saha Institute of Nuclear Physics discovered that when a magnet is placed outside a plasma chamber it creates a localized, fireball-like structure.
A new synthesis route for alternative catalysts of noble metals have been developed by researchers for multipurpose chemical reactions that could help deal with environmental concerns.
Nagoya University Researchers have recently devised an innovative technique for producing stimuli-responsive materials in a predictable manner. They applied this technique to develop a new material with the ability to conduct electricity and emit white light upon being exposed to electric current.
Scientists from EPFL have developed a uranium-based complex that can allow reactions of nitrogen fixation to occur in ambient conditions. This work overcomes one of the major challenges in building more efficient industrial-scale nitrogen products similar to ammonia.
Recently, an International Research Team has developed an innovative technique to ascertain whether a crystal is a topological insulator, and also to estimate the chemical compositions and crystal structures needed for the synthesis of new crystals.
In the early 1930s, Louis Néel discovered the abnormality that specific materials that consist of magnetic elements and exhibiting zero remanence at any temperature did not conform to the paramagnetic Curie law.
Imaging low-density materials such as tissues located between bones by using X-rays is very difficult. This is due to the fact that X-rays pass straight through the material similar to sunlight passing through a window. But what if you need to see the area that isn't bone?
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