An international research group has theorized how the extreme conditions in stars tend to produce carbon-12. This was done with the help of the world’s strongest supercomputer and new artificial intelligence methods. They explain this phenomenon as “a critical gateway to the birth of life.”
Scientists have reported a novel method for improving the performance of solar cells using partial substitutions of chlorine during vapor deposition processes. Their work has appeared online in the journal ACS Energy Letters.
A Cooperative Research and Development Agreement (CRADA) has been signed by SAFCell Inc. with the Department of the Navy’s US Naval Research Laboratory (NRL).
Electrochemical cells that emit light can be used to develop a low-cost, simple lighting technology. When a low voltage is applied to these thin-film electronic and ionic devices, they emit light. Using extensive data analysis, scientists at the Technical University of Munich (TUM) along with the University of Turin have developed first-class electrochemical cells from copper complexes that produce blue and white light.
A group of energy researchers headed by the University of Minnesota Twin Cities has developed a game-changing device that electronically transforms one metal into behaving like another, allowing it to be used as a catalyst to accelerate chemical reactions.
In an article recently published in the journal ACS Energy Letters, researchers discussed the CO2 Electrolyzer Intermittent Operation at industrially relevant current densities.
In the daily lives of humans, the manipulation of electromagnetic waves and information has turned out to be vital. Intelligent metasurfaces have topped as smart platforms for regulating the wave–information–matter interactions in the absence of manual intervention.
Visualize a scenario where a psychic tells the parents of a newborn child, how long the child would live.
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 an article recently published in the journal ACS Energy Letters, researchers discussed the physical energy amplification using a skin-adherent piezoelectric patch having bio-inspired hierarchically arrayed microsuckers.
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