Global Climate News

Ghent University's infusion research unit has applied data science and machine learning techniques to accelerate fusion energy development through advanced data analysis and sensor fusion technologies.

Researchers have reviewed recent advances in radiation-mediated synthesis and modification of inorganic nanomaterials for photo-/electrocatalysis applications.

The paper reviews green hydrogen production technologies, examining barriers and opportunities for sustainable development, with focus on water electrolysis, biomass gasification, and thermochemical processes.

Researchers have developed a plasmon-assisted strategy using Au-Pd/HsGDY catalysts to improve electrochemical conversion of nitrate pollutants to ammonia, achieving significant increases in yield rate and efficiency.

TU/e's Science and Technology of Nuclear Fusion Group has advanced fusion research through their master's program and multidisciplinary approach, collaborating with major fusion institutes worldwide. The group has made significant contributions in fusion control, power exhaust management, and alternative divertor solutions, while also supporting new startups like Starwarden and Ignition Computing.

Researchers have developed a magnetron sputtering technique to synthesize vertically aligned MoS2 nanostructures with potential applications in hydrogen production and energy storage.

The paper reviews electrochemical ozone production (EOP) technology, discussing mechanisms, catalysts, evaluation methods, and applications in water treatment and disinfection.

Researchers have developed an advanced method for analyzing metal elements in columbite ores using LA-ICP-MS technology with matrix-matched reference materials.

Researchers developed and investigated a new atomic layer etching process using hexafluoroacetylacetone and H2 plasma to precisely control etching of aluminum oxide films.