Cycling: Four Times More Efficient Than Walking
Discover the biomechanics that make cycling at least four times more energy-efficient than walking. Learn how this simple machine optimises human physiology for effortless travel.
Discover the biomechanics that make cycling at least four times more energy-efficient than walking. Learn how this simple machine optimises human physiology for effortless travel.
Groundbreaking research reveals fascinating insights into flamingo behaviour and their surprising leg preference when standing, offering new understanding of animal biomechanics.
A tribute to the life and extraordinary interdisciplinary work of Professor Chris Calladine, the Cambridge academic whose insights into DNA and structural engineering left an indelible mark on science.
New research suggests that subtle changes in walking patterns may help identify individuals at risk of knee osteoarthritis long before pain or stiffness develops.