An invention with the potential to enhance the conductivity of a kind of glass coating used on objects such as solar cells, touch screens, and energy-efficient windows has been made by scientists from the University of Liverpool.
A metamaterial with the potential to twist to the left or to the right when impacted by a solid, straight push has been designed by scientists. According to Corentin Coulais, this chiral response is contrary to the expectations of ordinary solid mechanics.
A technique for producing Europium (II) oxide nanoparticles has been devised by the Collaborative Research Centre CRC 1214 at the University of Konstanz. Europium (II) oxide, or EuO, nanoparticles are ferromagnetic semiconductors that find their use in data transport and data storage.
The field of electrochemistry has gone through a resurgence in the recent past, and at present, a number of research teams are analyzing the environment-friendly synthesis or transformation of molecules.
A Bristol-led, global project studying a new technique of manipulating the growth of organic crystals, with potential advantages for pharmaceutical development, has progressed further with the launch of a new £1 million laboratory.
In the future, 3D laser melting process can be adopted for manufacturing innovative designer alloys used in aerospace applications—a process known as additive manufacturing, or AM.
Oil and water cannot mix together and this continues to remain that way. The phenomenon is so popular that it has become a common expression for describing any two objects that do not go well together.
For the last many years, the commercialization of perovskite photovoltaic cells has gained immense attention. At present, the hot news is that devices developed by using these materials can transform solar energy into electricity with a higher efficiency like never before.
In the 1830s, a mineral called perovskite was discovered in Russia and it is said to hold the key to the next stage in ultra-high-speed communications and computing.
In the recent past, a range of computational tools have been developed through research attempts such as the Materials Project and the Materials Genome Initiative. These tools have been helpful in designing innovative materials that can be used for various applications, such as aeronautics, energy, civil engineering, and electronics.
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