Every day, researchers around the world develop new technologies to usher in a carbon-free energy future.
A novel theory of cross phenomena could be applied to predict whether a new material would be effective for use in various applications from improved medical ultrasounds to more efficient refrigerators, according to a Penn State researcher.
Reliable multi-purpose service modules are required to provide effective solutions in times of disaster and social emergencies.
Visualize a scenario where a psychic tells the parents of a newborn child, how long the child would live.
For the first time, a collaborative research team directed by scientists from Stockholm University has been able to examine a copper-zinc catalyst’s surface when carbon dioxide (CO2) is reduced to methanol (CH3OH).
It has the color of white gold, but it is hard like quartz glass and at the same time exhibits high elasticity. The smooth surface is free of crystalline structures and makes the material resistant to salts or acids. Individual pieces - for medical implants, for example - can be produced using 3D printing, while larger series - for watch cases, for example - are manufactured using injection molding.
At the North Carolina State University, scientists have come up with an affordable and quicker method for generating hindered amines. Hindered amines are a class of chemicals utilized as building blocks in products varying from pharmaceuticals and agrochemicals to organic light-emitting diodes and detergents.
In a new paper published in Sustainability, scientists from the Research Institute of Industrial Science and Technology in Pohang, Korea have investigated using dissolved iron from industrial processes to promote seaweed growth.
Researchers from the People’s Republic of China have provided a perspective on single-molecule fullerene research, exploring several aspects of research and the materials themselves. Their study has been published in ACS Materials Letters.
In an article recently published in the open-access journal Polymers, researchers discussed the utility of bio-based polymeric substrates on printed hybrid electronics.
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