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.

Neuronal networks in the brain and spinal cord use a mechanism to adjust muscle commands for the way you run, depending on your body condition and experience. Research has found that muscle patterns – “muscle synergies” – are changed and merged across age and training groups, allowing runners to run longer with more energetic efficiency.