Details
Be a Champion
40 Facts You Didn't Know About Sports and ScienceCopernicus Books
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35,30 € |
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| Verlag: | Copernicus |
| Format: | |
| Veröffentl.: | 16.04.2024 |
| ISBN/EAN: | 9783031540820 |
| Sprache: | englisch |
Dieses eBook enthält ein Wasserzeichen.
Beschreibungen
<p>Why do you lean in a bend? Why does a sprinter slow down before the finish line? Why do golf balls have dimples? Why do you swim better slightly underwater? Why, on a bike, the faster you go, the more stable you are? Why shouldn’t you rely on doping tests too much? Is there a law of evolution of records?</p><p>These are some of the 40 questions that Amandine Aftalion answers in this book using simple physics and mathematics, and some humor. Not only will it allow you to improve yourself in sports, but it will also but it will also give way to understanding how champions do.</p><p>An easy book to read and the must to have if you are a sports addict or if you watch sports on TV and ask yourself “why?”.</p><p><b>Amandine Aftalion</b> is a French mathematician. She is a CNRS senior scientist and graduated from École normale supérieure in Paris. She has given talks all over the world, as a specialist of models coming from low temperature physics. She has written a book on vortices in Bose–Einstein condensates. More recently, she has used energy minimization to study an optimal control problem coming from human energy: optimizing running. She has written papers on sports aimed at coaches. Part of her latest results have inspired the first chapter of this book.</p><p> She is the producer and director of a French YouTube channel for the popularization of mathematics, Videodimath, elected as one of the 5 best French YouTube channels for popular mathematics. <br></p><p><br></p><p><br></p>
<p>Preface.- 1. Running.- 2. Throwing.- 3. Balls.- 4. Water, Wind and Cold.- 5. Rotating.- 6. Counting.</p><p></p>
<p><b>Amandine Aftalion</b> is a French mathematician. She is a CNRS senior scientist and graduated from École normale supérieure in Paris. She has given talks all over the world, as a specialist of models coming from low temperature physics. She has written a book on vortices in Bose–Einstein condensates. More recently, she has used energy minimization to study an optimal control problem coming from human energy: optimizing running. She has written papers on sports aimed at coaches. Part of her latest results have inspired the first chapter of this book.<br></p><p></p>
Why do you lean in a bend? Why does a sprinter slow down before the finish line? Why do golf balls have dimples? Why do you swim better slightly underwater? Why, on a bike, the faster you go, the more stable you are? Why shouldn’t you rely on doping tests too much? Is there a law of evolution of records?<p>These are some of the 40 questions that Amandine Aftalion answers in this book using simple physics and mathematics, and some humor. Not only will it allow you to improve yourself in sports, but it will also give way to understanding how champions do.</p><p>An easy book to read and the must to have if you are a sports addict or if you watch sports on TV and ask yourself “why?”.</p><p><b>Amandine Aftalion</b> is a French mathematician. She is a CNRS senior scientist and graduated from École normale supérieure in Paris. She has given talks all over the world, as a specialist of models coming from low temperature physics. She has written a book on vortices in Bose–Einstein condensates. More recently, she has used energy minimization to study an optimal control problem coming from human energy: optimizing running. She has written papers on sports aimed at coaches. Part of her latest results have inspired the first chapter of this book.</p><p>She is the producer and director of a French YouTube channel for the popularization of mathematics, Videodimath, elected as one of the 5 best French YouTube channels for popular mathematics.</p>
Aimed at people who watch or practice sports and ask themselves "why" certain things occur A popular science book which is simple and pleasant to read Provides a series of examples of physics or math in action for a broad audience
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