An increasingly central part of the scientific debate in sports has come to focus on how neuroscience can help to explain sports performance and development of expertise. In particular, the process...

At that moment, when I had the TV sound off, I was in a 382 mood; I had just dialed it. So although I heard the emptiness intellectually, I didn’t feel it. My first reaction consisted of being grat...

Excellent performance in sport involves specialized and refined skills within very narrow applications. Choking throws a wrench in the works of finely tuned performances. Functionally, and reduced to its simplest expression, choking is severe underperformance when engaging already mastered skills. Choking is a complex phenomenon with many intersecting facets: its dysfunctions result from the multifaceted interaction of cognitive and psychological processes, neurophysiological mechanisms, and phenomenological dynamics. This article develops a phenomenological model that, complementing empirical and theoretical research, helps understand and (...) redress choking. It aims at describing the experience of choking as experience, and to discuss strategies to palliate or prevent its onset at the pragmatic level at which athletes engage the phenomenon experientially. An overview of current empirical research and theoretical models highlights key ideas and points out contentious issues. The model describes the common structure of the choking experience. It identifies four core constitutive elements: A) disruptive proprioceptive and kinesthetic dynamics, B) a malfunctioning background or Jamesian fringe of consciousness, C) dislocated time dynamics, and D) emotional disturbances. The novelty of the remedy is that it is designed to cross disciplinary boundaries between phenomenology, historiography, and hermeneutics, and moreover connects theory to praxis as it looks at Japanese dō, practices of self-cultivation. It focuses on actual do-or-die situations, not putative ones such as important business deals or competing for a medal. To this effect, it examines medieval Japanese swordsmanship and training manuals and also engages risk sports, where death is indeed a real possibility. The manuals, which arise in the context of choke-inducing life or death duels, and risk sports, afford keen phenomenological observations and practical advice that prove invaluable for today’s sports world and beyond. (shrink)

In 1972 I attended the Pre-Olympic Scientific Congress in Munich. For the first time science and sport were brought together in connection with the Olympic Games. The organizers presented a book Sport in Blickpunkt der Wissenschaften (Sport from a Scientific Point of View) that summarized history and state of the art of the main sport scientific approaches (41). The German philosopher Hans Lenk gave a presentation of a broad array of past and present interpretations of sport from a philosophic viewpoint (...) (49). The congress in Munch and Hans Lenk's presentation of sport as a suitable philosophic topic became decisive for my own lifelong interest in philosophy of sport. Soon after the Munich conference some American philosophers convened to launch the Philosophic Society for the Study of Sport. In 1973 the first issue of Journal of Philosophy of Sport was published (35). In several ways 1972 was a turning point for philosophy of sport as a serious academic discipline and for my own interest in sport philosophy. From here sport philosophy found its way to Norway and through this and along several other roads to other Nordic countries. (shrink)

In the mid-1990s, there was a major neuroscientific discovery which might drastically alter sport science in general and philosophy of sport in particular. The discovery of mirror neurons by Giacomo Rizzolatti and colleagues in Parma, Italy, is a substantial contribution to understanding brains, movements, and humans. Famous neuroscientist V. S. Ramachandran believes the discovery of mirror neurons ‘will do for psychology what DNA did for biology’. Somehow mirror neurons have not received the deserved attention in the philosophy of sport, but (...) perhaps now is the time to reflect on some implications and consequences. The discovery of mirror neurons may increase our insights about our ability to learn, understand, intend, and produce skillful motor actions. In this article I will first examine what mirror neurons are and how they function in monkeys and humans. Second, I will review some objections to the so-called mirror neuron theory of action understanding, and try to reconcile some of these objections. Third, I will inquire into some implications for philosophy, which I believe are also fundamental to several topics in the philosophy of sport. I will then try to relate some of the most interesting aspects of mirror neurons to recent debates in the philosophy of sport. Finally, I will speculate on what further neuroscientific research might teach us about the nature of being a moving subject. (shrink)