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Coaches always have been the bridge between science, knowledge, concept, martial art and athlete, at all the times. |
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Having been an engineer with a consulting company and a computational fluid dynamics company (which supported the Speedo suit development), I believe that science / research is important to optimizing performance in any sport. Basic concepts like lift, drag, turbulence, etc. are key to developing suit design and swim technique. Then there is physiology... So, my answer to your "bottom line" question is yes, but science sure helps! |
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Isn't it all science?! What we learn from coaches today is all based on a lot of years of experience about the water and the human body. I do not think there will be much improvement without scienece.
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The side of swimming without science is called social swimming (it is my term for the people who are getting into the pool for socializing....and I think of this positively! as they benefit from this without even thinking about it).....and sometimes it is called (or in some countries) masters swimming, as it is going without much science (at least nowdays in my country....I hope that will change though). On the other hand, elite swimming/sports has always been about research (doing research on everything related to the specific sport and on ourselves) and the lessons learned from them as these generate improvement.....as Sprinter said already. So I think there is no peak performance without science. |
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I agree with most of the above posts in that science is and needs to be a vital part of our sport. We continue to learn more about the interaction of the human body and water that allows us to take strides forward that are measured by increased speed, endurance and efficency. There is also the science of training the human body that seems to be continually evolving area which leads me to believe that we are just scratching the surface of potential gains that can be made in this area. So, I do not believe that the elite athlete can continue to improve without the application of new techniques brought to us by new scientific research. However, I will say that time and money spent on researching and developing new suit technololgy needs to be monitored closely and strictly regulated by the governing bodies of our sport. I believe that we are doing our elite athletes a diservice by allowing suit technologies that make mediocre athletes able to compete at the same level as athletes who have spent the time and paid the price to gain the speed in the pool. |
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So far not a soul seems to be disputing the fact that science is important with regards to growth and development. However, my experience is that very few coaches use science on a day to day basis, and even less when you get to the elite level. We talk of science in an almost glowing manner, but the truth is, most coaches are reluctant to get involved in adopting scientific principles and prefer hip based programs over ones that are grounded in physiology. Why do you think it's that way in this country? (USA) |
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I have had the wonderful opportunity to work with Jonty and Genadijus Sokolovas. Everything I have learned from them, I have shared with my children's coaches. Some of their coaches accept the science; others do not. In my opinion, the key is, always, to utilize the objective nature of science in attempting to improve one's performance and training methodologies. In the open water world, science has TREMENDOUSLY helped performance improvement, especially when you consider the use of GPS, the science of hydration for marathon swimmers, silicon earplugs, etc. However, embracing science remains difficult for some people because they often prefer to adhere to their own subjective judgments or what they see with their own eyes, which can be misleading in many instances, whether swimmers are in the pool or open water. |
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As a masters swim coach working within parameters of 60 minute practice sessions for swimmers - a few days a week, I feel the frustration of wanting to do more - learn more - teach more, with so little time.
My take is perhaps coaches have these issues:
I'm not in agreement with any of these points, but see them as hurdles we need to get over to utilize the available science.
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Jonty, would you be willing to do a couple of posts about the actual science of physiology here on GoSwim? Or could you post some links to your articles and research? |
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In talking with Glenn about this, he is considering the development of a section that discusses the application of scientific principles or performance science. So the question this week was a feeler in two respects. What were the general opinions of the Goswim population, and if strong enough, was there enough readership interest to take it to a point where it became a weekly issue. The potential of a combination between straight articles written by me, and a back and forth option about questions that would be submitted by coaches or swimmers. I’ll follow this question with another one next week, and based off the two determine the possibilities. So yes there is a possibility, but at this point it would be more helpful to get a better sense of the level of interest in something like this. |
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We have several aspects of Science and swimming: technology in swim dress, it is a mix of science and testing results.
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Javier makes a great point with regards to something that was propogated prior to 1990 and has stuck around ever since. The idea that Bernoulli's principle drives propulsion in this sport. Even though Ernie came out in the early 90's and did a 180 with regards to some of his thinking in this area, the concept is still talked about as though it were lore. The funny thing is, so few coaches in this world even use the terms lift and drag in their discussions or presentations. And although they tend to propogate some of the base principles by talking about things like the S shaped pulling patterns in freestyle, I don't believe that many coaches truly understand the concept. Many are for the most part artists who have looked at other paintings listened to other artists, and figured out in their own way which colors work and which don't. On top of that, many of the athlete's based on their experience and feel, have in their own way found ways to teach us how to siwm faster So maybe this should be one of the first discussion items. Does Bernoulli's principle hold water in swimming? (sorry couldn't help myself) |
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Both a straight arm pull and S shaped pull generate propulsion. Bernoulli's principle applies to both. (For those unfamiliar with the principle, there is a higher pressure on the palm side than knuckle side creating a propulsive force.) How many coaches can explain why the S shaped pull generates more propulsion per stroke? |
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i gotta say that yes science helps at the elite level, but i dont remeber which athlete said about the lzr, i think it was keller "i threw the lzr in the water and it didnt go anywhere, which reminded me that i had to do the swimming" |
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