Global Intelligence Database
Researchers have successfully stabilised zero-valent platinum atoms using specialised ligands on a zirconia support. The study reveals that both the steric bulk of the ligands and the electronic nature of the solid support are vital for controlling chemical selectivity.
By Culver, Neill, Perras, Halder, Chartouni
New computational modelling reveals that adding specific transition metals to phosphorene monolayers can induce magnetism in this typically non-magnetic material. The research identifies iron and vanadium doping as particularly promising for creating unique magnetic states suitable for future electronics.
By Sahoo, Jena, Pati
Scientists are making significant strides in converting carbon dioxide into useful fuels and chemicals through electrochemical processes. This review highlights innovative strategies for enhancing electrochemical CO₂ conversion efficiency, particularly through precise control of catalyst surface coatings, which improve performance and stability. These advancements offer a promising path to combat climate change by reducing global carbon emissions.
By Mohammad, Vasudevan, AlMohamadi, Altalbawy, M., Agarwal, Singh, Sharma, AlKhafaje, Zaurbekov
Metal-organic frameworks (MOFs) boast incredible porosity ideal for energy storage, yet they remain notoriously difficult to 3D print due to fragility. A new design framework solves this by chemically tuning these materials to suit specific printing techniques, paving the way for advanced batteries and supercapacitors.
By Zhou, Zhou, Qin, Gu, Zhang, Chen, Zhai, Pang
Scientists are exploring how quantum effects in magnetic nanomaterials can create novel ways to transport heat. By understanding the interplay between a particle's spin, charge, and the material's structure, researchers aim to develop new strategies for managing heat in electronics and converting waste heat into energy.
By Ding, Xiao, Pan, Chen