A research team led by Dr. Byungju, Lee at the Computational Science Research Center of the Korea Institute of Science and Technology (KIST, President Sang-Rok Oh) has identified key factors governing lithium ion movement in amorphous solid electrolytes through AI-based atomic simulations. The team analyzed lithium-ion movement by distinguishing it into 'ease of movement between sites' and 'connectivity of movement paths'. They confirmed that overall performance is more significantly influenced by the difficulty of ions moving from one site to the next than by path connectivity.

Osaka Metropolitan University researchers conducted a preliminary study of the relevant challenges, divergence, and instabilities of an e-beam in an ionospheric atmosphere and identified them quantitatively through numerical simulations.

Integrated photothermal-photocatalytic approach offers safer, more efficient route to solar hydrogen production

Analysis reveals critical insights into catalyst design, reaction mechanisms, and economic challenges for aviation biofuel production

New system eliminates throttle valve losses, extending discharge duration and enhancing grid-scale renewable energy storage capabilities

Research demonstrates 5% revenue increase for energy stations while reducing emissions through smart demand response and biogas integration