Researchers from Tel Aviv University have developed an innovative method that can help to understand better how cells behave in changing biological environments, such as those found within a cancerous tumor.

This research provides a robust framework for optimizing the operation of electric grids with integrated PEM electrolyzers. By accurately modeling the electrolyzer's performance and incorporating it into the grid dispatch strategy, the study demonstrates how to enhance grid flexibility, reduce costs, and increase renewable energy utilization. The findings are particularly relevant for regions with high renewable energy penetration and offer practical insights for grid operators and policymakers aiming to achieve sustainable energy systems.

A research team led by the Singapore University of Technology and Design, in collaboration with the Agency for Science, Technology and Research, National University of Singapore, University of Southern Denmark, and University of Birmingham, demonstrates a novel way to control the colour of quantum light at room temperature, unlocking new applications in quantum communication and photonics.

The joint team from Nankai University and Peking University has proposed a novel approach using annealing-driven reassembly of micro-bubbles to engineer controllable artificial potential landscapes in atomically thin semiconductors. This technique facilitates active spatiotemporal control of exciton dynamics at room temperature, opening new avenues for high-performance sensing, energy harvesting, and quantum information processing.