The drawback of the conventional von Neumann computing method’s high-power consumption has been overcome by the development of neuromorphic computing systems, which imitate the human brain.
A theoretical study has modeled how carbon dioxide can be integrated with ethylene to produce acrylic acid.
A recent study has explored the different reactivities of two isomers toward methane and water.
A magnetic field has been discovered to improve the production of synthetic biogas, an essential tool in reducing the use of fossil fuels.
The team of Prof. Changqing Jin at IOPCAS found Ti metal to be superconductive with Tc over 26K at high pressures — which is the record high for element superconductors until today.
Ammonia — a carbon-neutral energy carrier — is a prospective transportation fuel that has an extensive application in plastics, fertilizers, and explosives. A new concept has been put forward for use in its synthesis.
A group of researchers has paved the way for efficient, large-scale, organic solar cells using water treatment.
Researchers recently discovered a reliable electrochemical method that simultaneously produces pure hydrogen from wastewater and removes refractory organic contaminants.
Scientists are exploring new chemical combinations that can enhance the stability and volume of lithium-ion batteries.
Changing carbon dioxide (CO2) into hydrocarbon-based fuels would be one step towards CO2 neutrality. A highly effective photocatalyst based on gold atoms could render this transformation viable.
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