Sedem načinov, kako me je vzdržljivostni šport naučil, da sem boljši raziskovalnik

A researcher who competes in endurance sports says that the discipline, mental toughness and time management skills she has developed through athletic training have significantly enhanced her scientific work. She describes how the physical challenges of sky running and ski mountaineering, sports that involve navigating rugged terrain while carrying heavy gear, have translated into greater focus, efficiency and resilience in the laboratory. These skills, she argues, are equally valuable in managing the demands of a research career. The researcher, who works in the field of biomaterials, explains that the endorphins released after completing a tough workout help her maintain clarity and productivity during complex experiments. Her daily routine includes both scientific work and administrative responsibilities for a 20-person lab. She emphasizes that endurance sports have given her a deeper appreciation for the value of perseverance in research. Just as athletes must push through fatigue and setbacks during competitions, scientists must endure repeated failures in experiments, grant applications and peer reviews. She uses the “24-hour rule” she follows in sports to cope with disappointment: allowing herself time to feel frustrated before refocusing and moving forward. She also highlights the importance of setting multiple goals in both athletics and research. While winning a race might be the primary objective, she notes that achieving personal milestones such as maintaining proper hydration, improving fitness or refining technique are equally important. Similarly, in research, publishing a paper or securing funding is valuable, but gaining new insights, mastering techniques or improving communication skills are secondary but essential achievements. This mindset has helped her stay motivated even when progress seems slow. Time management is another key lesson from endurance sports. The researcher admits that delaying tasks often leads to procrastination, which can derail entire projects. Inspired by her training schedule, she now blocks out specific hours each week for administrative duties, ensuring that these tasks are completed consistently. This strategy has reduced her backlog of pending work and improved her overall productivity. She believes that applying this structured approach to research tasks can help others avoid the trap of endless to-do lists. Endurance sports, she points out, are not solo endeavors. They require collaboration with coaches, nutritionists, training partners and other professionals to achieve success. This teamwork mirrors the support networks that researchers rely on, including mentors, colleagues and journal editors. She encourages scientists to communicate openly with their support systems, just as she does with her coach. Sharing struggles or concerns with trusted individuals can alleviate stress and prevent burnout. Both academia and endurance sports share a common challenge: the culture of overwork. Athletes and researchers alike often face pressure to perform at all times, leading to burnout or injury. The researcher acknowledges that comparison with peers is prevalent in both fields, and that external pressures from advisors, sponsors or institutions can exacerbate this issue. However, she notes that growing awareness of the risks associated with overtraining is prompting changes in both sports and research environments. Improved strategies for balancing workloads, emphasizing rest and encouraging honest dialogue about exhaustion are beginning to take root. She concludes that researchers should adopt similar practices to those used in endurance sports. Learning to set boundaries, saying “no” when necessary and communicating early about potential delays can help manage expectations and reduce stress. Just as coaches adjust deadlines to accommodate athletes' schedules, advisers can offer flexibility to researchers facing overwhelming workloads. These adjustments, she suggests, can lead to healthier, more sustainable careers in science.