Group 1 - The article discusses advancements in biomimetic technology, highlighting the development of the FlowSight sensor that enables underwater robots to navigate like fish by sensing water flow changes [1] - A new brain-machine interface flexible microelectrode implantation robot named CyberSense has been developed, which can precisely implant microelectrodes into animal brains, enhancing the efficiency and success rate of brain-machine interface research [2] - The successful first flight of the Rainbow-YH1000 unmanned logistics aircraft is reported, showcasing its capabilities for long-range operations up to 1500 kilometers and adaptability to various takeoff and landing environments [3] - The AG600 amphibious aircraft has completed its first adaptive flight in the Daxing'anling region, marking a significant step in familiarizing the aircraft with local geographical and climatic conditions [4]

Core Insights - A new study from Israel reveals that the proton transfer process in biological systems is significantly influenced not only by chemical factors but also by the quantum property of electron spin, providing a new physical perspective on energy and information transfer within cells [1][2] - The research indicates a coupling relationship between electron spin and proton transfer in chiral biological systems, challenging the traditional view of proton transfer as a purely chemical process [1][2] Group 1 - The research team from Hebrew University of Jerusalem published findings in the Proceedings of the National Academy of Sciences, demonstrating that injecting electrons with specific spin directions into lysozyme crystals significantly reduces proton mobility [1] - The study confirms the existence of a coupling mechanism between electron spin and proton transfer, suggesting that energy and information transfer in living systems may be more selective and controllable than previously thought [2] Group 2 - The findings align with the "chiral-induced spin selectivity" effect in quantum chemistry, indicating that chiral molecules interact selectively with electrons of different spin directions [2] - This research provides important evidence for the potential integration of quantum mechanisms in biological phenomena, paving the way for new biomimetic technologies aimed at controlling intracellular information transfer [2]