Usain Coach Mills like a father and he has immense respect for him. He always said coach would pop by his house to just chat and he looked forward to those visits, but other athletes in the camp didnt like it (They believed the coach was checking up on them and resented his visits). I have immense respect for you Sir!
Thank you coach Mills for your stellar contribution to Jamaican sprint development and dominance. You are a national treasure and I applaud you. Great interview Dr. Greg.
I watched this live and already pressed replay. Great job Dr. Haughton. Thank you coach Mills. Had the pleasure to speak to you before and I wish all Jamaica and the folks in track and field and sports and life in general can partake in consuming this interview and better themselves. Thank you coach Mills, you are a National Treasure.
Thank you Dr Greg, for arranging this interview. I have listened to a few interviews with Coach Mills and from these I began to get a sense of who this man is. I have seen how Usain spoke about his coach and the respect that he had for his coach spoke volumes about Coach Mills as a coach, a mentor and above all, a human being with a good soul. Thank you coach Mills, for your phenomenal contribution to athletics and Jamaica. You are indeed a national treasure par excellence.
Dr Greg Haughton you always do such a phenomenal job of sharing these greats with us. Thank you! Thank you!. The interview was awesome and informative. The legendary coach delivered! Thanks again!
This has got to be the best interview I have ever listened to. Learned so much about the man Glen Mills. Great. Job Dr Greg. You asked the questions we never knew we needed but are happy we now know. Keep up the wonderful work Dr Greg. 🙌🏽🙏🏽👍🏽🫡
Thank you Dr Haughton for having the great glen mills i remember him from camperdown days remember kim Collins from st kitts coming from no where to win the 100meter at the world game . And i also remember when every one was talking about asafa Powell and Tyson gaye . Mr Mills told Hubert Lawrence i have some body who can run faster it turn out to be the great USIAN BOLT
In their heydays, Yohan Blake and Usain Bolt were arch-aces in the 100-meter sprint. Some dynamics that occasioned Blake's speed (9.69 seconds) and Bolt's acceleration (9.58 seconds), in the 100-meter sprint, were their steps per meter per second. It can be a posited hypothesis that hip-flexion turnovers were contributing conditions for such results. Blake's waist-to-hip ratio was 0.67 (i.e., 31/46), and his height-to-weight ratio was circa 0.42 (i e., 71/168). Bolt's waist-to-hip ratio was 0.82 (i.e., 37/45), and his height-to-weight ratio was 0.37 (i.e., 77/207). Blake's hip-flexion turnovers facilitated 2.17 steps per meter.¹ This metric slightly exceeds the average of 2.10. Bolt's hip-flexion turnovers yielded 1.74 steps per meter:² a metric that scales below the typical because of Bolt's long strides. Blake and Bolt expended the same level of physical effort (98.81% exertion)³ to run at a scale of 9.69 and 9.58 seconds at 100 meters, respectively. For those who say hip-flexion turnovers in steps per meter, facilitated by waist-to-hip ratio is an outlier effect in sprint speed, a simplified-analytical model would suffice as a proof of direct impact: y = a + bx. The factor "x" is a reference to the predictor variable "hip-flexion turnovers," subject to "b" as a rate of change: "waist-to-hip ratio." Factors such as "a" (extraneous mediator or constraint) and "y" (speed) refer to the constant and criterion variable, respectively. The implication is that a predictor variable such as "hip-flexion turnovers" work to yield "speed" as the criterion variable," even among direct and indirect extraneous constraints that athletes encounter. Assume that during their racing careers, Usain Bolt and Yohan Blake were aggrieved over a series of misfortunes that they intermittently encountered, and as a result they gained weight in 8.15 (8.24) pounds up to 207 (168) pounds. The 3.9% (4.9%), (average: 4.40%),⁴ weight gains occurred, on account of sparse training for weeks: "a" in y = a + bx. Their hip-flexion turnovers were 1.74 ( 2.17) steps per meter in the 100-meter race: predictor variable "x" in y = a + bx. Their waist-to-hip ratios were 0.82 ( 0.67): rate of change "b" in y = a + bx. The resulting speed "y" would be 9.58 seconds for Bolt [i.e., y = a + bx || 9.58 = 8.15 + 0.82(1.74)]. For Blake, the result in speed over spatial sprint of 100 meters would be scaled at 9.69 seconds [i.e., 9.69 = 8.24 + 0.67(2.17)]. If the same "extraneous constraints" were causes for Bolt (Blake) losing 11.01 (11.14) pounds in body weight, the results would be 9.58 seconds for Bolt in running over a spatial distance of 100 meters [i.e., |9.58| = -11.01 + 0.82(1.74)]. Blake's attained speed would be 9.69 seconds in the 100-meter-sprint competition [i.e., |9.69| ≈ -11.14 + 0.67(2.17)]. It can be posited from these analyses that measurable determinants are feasibly effective in assessing how a confluence of factors, such as the domain of waist-to-hip ratios, hip-flexion turnovers, and volatility average of 4.40% weight gain (± 7.00%),⁵ for example, are contributory to favorably or adversely impacting performance levels of athletes in the sport of track and field. _______________________ ¹2.17 ≈ (((9.69)^((0.42 ÷ 0.67)/(ln(2π))) ²1.74 ≈ (((9.58)^((0.37 ÷ 0.82)/(ln(2π))) ³99.81% ≈ 0.9981 ≈ (((1 - ((9.69||9.58)/((100² + 100)/2))) ⁴4.40% ≈ 0.044 ≈ [(((1 + 0.039)(1 + 0.049))^½) - 1] ⁵7.00% ≈ 0.0701 ≈ {0.044 × (((1 + ((√[((1.039)(1.049))^½) - 1))]^⅓}
Usain Coach Mills like a father and he has immense respect for him. He always said coach would pop by his house to just chat and he looked forward to those visits, but other athletes in the camp didnt like it (They believed the coach was checking up on them and resented his visits).
I have immense respect for you Sir!
Loved the questions; great interview. I just subscribed
@@olamikunleogunleye6255 Much appreciation. Thanks
Congratulations Mr Mills...I personally have great memories of you from my days at Camperdown...blessings always!
Great interview !!!!
Thank you coach Mills for your stellar contribution to Jamaican sprint development and dominance. You are a national treasure and I applaud you. Great interview Dr. Greg.
I’m so very proud to call him my big brother and I thank everyone for their kind words of my brother, he’s truly a wonderful human being 🙏🏽
Yes indeed
Why you always a look brother 🤣🤣🤣🤣🤣🤣🤣 big up our brother 😂😂😂
Greatest coach ever that man change my life coach mills ❤️❤️❤️👑👑👑👑
I watched this live and already pressed replay. Great job Dr. Haughton. Thank you coach Mills. Had the pleasure to speak to you before and I wish all Jamaica and the folks in track and field and sports and life in general can partake in consuming this interview and better themselves. Thank you coach Mills, you are a National Treasure.
Great interview happy to hear Mr Mills giving us a lot of information. Thanks again Dr Gregory.👏🏾
Great listening to Dr. Greg talking Dr. Mills.
This interview was sooo goood!. Keep on doing what you're doing Dr Greg.
Thank you my brother. I will do my best
you can apply everything Mr. Mills says to life.
May God continue to bless Mr Mills. Through his guidance he has impacted several youths lives and I am sure they are grateful.
Thank you Dr Greg, for arranging this interview. I have listened to a few interviews with Coach Mills and from these I began to get a sense of who this man is. I have seen how Usain spoke about his coach and the respect that he had for his coach spoke volumes about Coach Mills as a coach, a mentor and above all, a human being with a good soul. Thank you coach Mills, for your phenomenal contribution to athletics and Jamaica. You are indeed a national treasure par excellence.
Amazing interview 👍🏾👍🏾👍🏾
Dr Greg Haughton you always do such a phenomenal job of sharing these greats with us. Thank you! Thank you!. The interview was awesome and informative. The legendary coach delivered! Thanks again!
This is very very special to me .
Thank you Dr Greg. It’s absolutely great hearing from the great man, Hon Glen Mills. Blessings!!!
Hats off to a great stalwart for your contribution and continued inspiration and development for persons and keeping us proud
Dr Greg you're a great interviewer!
Thank you Paul
Bless up doc great job. Learned a lot
Thanks so much for this Dr. Greg. I really enjoyed the interview.
I appreciate your comments. Thanks
This was a great deep dive into the mind of one of the greatest to have done it. Thank you, Doc. #StayFocused 🤓
Hi Mr mill how are you good seeing you. Gregory mi general big up.
This is Rudolph mighty
Rudolph great hearing from you. Use your real name next time
@@raymondbrown9871Mighty, link up. I have been trying to get a hold of you for some time now.
This has got to be the best interview I have ever listened to. Learned so much about the man Glen Mills. Great. Job Dr Greg. You asked the questions we never knew we needed but are happy we now know. Keep up the wonderful work Dr Greg. 🙌🏽🙏🏽👍🏽🫡
Thank you Dr Haughton for having the great glen mills i remember him from camperdown days remember kim Collins from st kitts coming from no where to win the 100meter at the world game . And i also remember when every one was talking about asafa Powell and Tyson gaye . Mr Mills told Hubert Lawrence i have some body who can run faster it turn out to be the great USIAN BOLT
Blessings!
In their heydays, Yohan Blake and Usain Bolt were arch-aces in the 100-meter sprint. Some dynamics that occasioned Blake's speed (9.69 seconds) and Bolt's acceleration (9.58 seconds), in the 100-meter sprint, were their steps per meter per second. It can be a posited hypothesis that hip-flexion turnovers were contributing conditions for such results. Blake's waist-to-hip ratio was 0.67 (i.e., 31/46), and his height-to-weight ratio was circa 0.42 (i e., 71/168). Bolt's waist-to-hip ratio was 0.82 (i.e., 37/45), and his height-to-weight ratio was 0.37 (i.e., 77/207). Blake's hip-flexion turnovers facilitated 2.17 steps per meter.¹ This metric slightly exceeds the average of 2.10. Bolt's hip-flexion turnovers yielded 1.74 steps per meter:² a metric that scales below the typical because of Bolt's long strides. Blake and Bolt expended the same level of physical effort (98.81% exertion)³ to run at a scale of 9.69 and 9.58 seconds at 100 meters, respectively.
For those who say hip-flexion turnovers in steps per meter, facilitated by waist-to-hip ratio is an outlier effect in sprint speed, a simplified-analytical model would suffice as a proof of direct impact: y = a + bx. The factor "x" is a reference to the predictor variable "hip-flexion turnovers," subject to "b" as a rate of change: "waist-to-hip ratio." Factors such as "a" (extraneous mediator or constraint) and "y" (speed) refer to the constant and criterion variable, respectively. The implication is that a predictor variable such as "hip-flexion turnovers" work to yield "speed" as the criterion variable," even among direct and indirect extraneous constraints that athletes encounter.
Assume that during their racing careers, Usain Bolt and Yohan Blake were aggrieved over a series of misfortunes that they intermittently encountered, and as a result they gained weight in 8.15 (8.24) pounds up to 207 (168) pounds. The 3.9% (4.9%), (average: 4.40%),⁴ weight gains occurred, on account of sparse training for weeks: "a" in y = a + bx. Their hip-flexion turnovers were 1.74 ( 2.17) steps per meter in the 100-meter race: predictor variable "x" in y = a + bx. Their waist-to-hip ratios were 0.82 ( 0.67): rate of change "b" in y = a + bx. The resulting speed "y" would be 9.58 seconds for Bolt [i.e., y = a + bx || 9.58 = 8.15 + 0.82(1.74)]. For Blake, the result in speed over spatial sprint of 100 meters would be scaled at 9.69 seconds [i.e., 9.69 = 8.24 + 0.67(2.17)]. If the same "extraneous constraints" were causes for Bolt (Blake) losing 11.01 (11.14) pounds in body weight, the results would be 9.58 seconds for Bolt in running over a spatial distance of 100 meters [i.e., |9.58| = -11.01 + 0.82(1.74)]. Blake's attained speed would be 9.69 seconds in the 100-meter-sprint competition [i.e., |9.69| ≈ -11.14 + 0.67(2.17)]. It can be posited from these analyses that measurable determinants are feasibly effective in assessing how a confluence of factors, such as the domain of waist-to-hip ratios, hip-flexion turnovers, and volatility average of 4.40% weight gain (± 7.00%),⁵ for example, are contributory to favorably or adversely impacting performance levels of athletes in the sport of track and field.
_______________________
¹2.17 ≈ (((9.69)^((0.42 ÷ 0.67)/(ln(2π)))
²1.74 ≈ (((9.58)^((0.37 ÷ 0.82)/(ln(2π)))
³99.81% ≈ 0.9981 ≈ (((1 - ((9.69||9.58)/((100² + 100)/2)))
⁴4.40% ≈ 0.044 ≈ [(((1 + 0.039)(1 + 0.049))^½) - 1]
⁵7.00% ≈ 0.0701 ≈ {0.044 × (((1 + ((√[((1.039)(1.049))^½) - 1))]^⅓}
Big time interview Dr. Gregory Haughton.
You know the thing right? Up BOSS
God bless Coach mills and Dr Haughton
Sorry coach could not get Bolt to do active rest..bbut such is life. Bolt maybe would not have been able to do what he did. Life is a balance.