Exploring how modern mineralogy studies minerals at molecular levels to address environmental challenges and sustainable development in the new millennium.
Explore how scientists are harnessing micro-scaled atmospheric pressure plasma jets for revolutionary applications in medicine and materials science.
Exploring the vdW-DF2-ahbr functional, a breakthrough in computational chemistry for accurately modeling van der Waals forces in complex molecular systems.
Discover how AI and surgical navigation data are revolutionizing brain tumor resection timing prediction with unprecedented accuracy.
Discover how the MaDCrow project is revolutionizing marine research through citizen science and crowdsourcing, bridging ocean data gaps with innovative technology.
Discover how nanosensors and Raman spectroscopy are revolutionizing our ability to study the intricate molecular world within living cells in real-time.
Explore the science behind cryopreserved human umbilical cord mesenchymal stem cells, their isolation, culture, and therapeutic potential in regenerative medicine.
Exploring how gold-capped silicon nanowires dramatically enhance Raman spectroscopy signals for ultrasensitive molecular detection
Exploring Australia's groundbreaking research on digital health safety practices and patient protection in the era of healthcare technology.
Scientists are using culinary algorithms to create a ketchup that's not only delicious but also incredibly good for your gut.