Ever seen a cucumber launch its seeds like a tiny rocket? CUHK researchers did, and they thought “Why not use that for robots?” Inspired by the squirting cucumber plant’s explosive method of launching its seeds, a CUHK research team developed a groundbreaking power amplification system that propels mini robots to new heights of speed and agility, making them perfect for medical missions deep inside the human body. With machine learning enhancing their control and navigation, these micro marvels are set to revolutionise the field of medicine.

Most of us think of the Renaissance as something that happened in Europe. Not so, says Professor Stuart M. McManus from CUHK’s Department of History. His work, which has scooped him the Dan David Prize, the world’s leading history award, represents a highly ambitious attempt to set the record straight, yoking together different regions and eras to understand how cultures influence and reflect each other across the globe.

It might be commonplace, but the Epstein-Barr virus (EBV) can be deadly, causing several types of cancer, including nasopharyngeal carcinoma, one of Hong Kong’s most lethal. CUHK researchers have developed a groundbreaking mRNA-based drug that effectively makes cancer cells infected with EBV self-destruct. By selectively eliminating virally infected cancer cells, this innovative therapy could offer a more effective and gentler way to treat this challenging form of cancer.

Let’s envision a future where sustainable practices ensure food security, innovative battery technologies power our lives, and logistics solutions streamline our world. At CUHK’s 10th Entrepreneur Day, a special exhibition highlighted groundbreaking projects that showcase the University’s commitment to innovation. These pioneering initiatives illuminate the path toward a brighter, more sustainable tomorrow.