What causes an energy "bonk"? How do you avoid "cracking" on a climb? What's the best way to improve mitochondrial performance? Should you ride harder into a headwind or with a tailwind at your back - and why should crosswinds be tackled diagonally? Can rougher fabrics sometimes be more aerodynamic? Is the peloton a superorganism and should we be afraid?! Cycling melds the human body to an engineering marvel and pits them collectively against geography, gravity, and the elements. Little wonder, then, that the cycling experience - and your cycling form - is enriched and transformed by scientific understanding, to a greater extent than perhaps any other sport. More easy to digest and stimulating than an energy gel, and more visually stunning than a ride in the Alps, Science of Cycling takes the varied and remarkable science of the bicycle, the cyclist, and the bike race, and makes it accessible to everyone. While knowledge is power, what you really want to know is how precisely it can bo
