Quentin Geczy

Running has always symbolized freedom, survival, and competition, but in the modern era, it also represents one of the most fascinating frontiers of human physiology. Every generation witnesses performances that challenge what was once considered impossible. These breakthroughs are not accidents of talent alone; they are the result of a growing understanding of how the human body adapts to stress, manages energy , and responds to long-term training. As science continues to examine the inner workings of endurance, running physiology reveals a story of constant evolution rather than fixed limitation. The Foundations of Endurance Movement At its core, running is a repetitive sequence of controlled falls, catches, and propulsions. This deceptively simple motion relies on the precise cooperation of muscles, bones, tendons, and joints. The skeletal system provides structure and leverage, while muscles generate force and tendons recycle elastic energy with each step. Together, these elements ...

Health innovation sounds glamorous—AI-assisted imaging, precision medicine , more innovative devices, faster diagnostics—but the real engine is financial. Capital determines which ideas get tested, which products get proven, and which solutions reach patients at scale. In this world, funding isn’t just fuel; it’s a filter that rewards evidence, clear pathways to adoption, and durable value. Unlike many tech sectors, healthcare innovations must earn the trust of multiple decision-makers simultaneously. A solution can be loved by clinicians but rejected by finance teams, welcomed by patients but blocked by procurement, or praised in pilots but stranded without reimbursement. Health innovation finance exists to bridge that gap between scientific promise and real-world delivery. The Risk Profile Is Different in Healthcare Healthcare startups face layered risks that surface earlier and linger longer than in typical software projects. Clinical risk asks whether the product actually improves ...