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🧠PHYSICS meets PERFORMANCE – AI, DATA & the FUTURE of SPORTS SCIENCE 🔬⚡
Stefano Andriolo didn’t start in the gym — he started in STRING THEORY 📈💥
In this mind-bending episode of The Training Science Podcast, Paul & Stefano dive deep into the intersection of physics, data science, and elite performance:
💡 From THEORETICAL PHYSICS to real-world ENDURANCE performance
 📊 DFA Alpha 1 & ventilatory thresholds — measuring what matters
 🤖 AI’s potential to TRANSFORM sports research & athlete development
—
#TrainingSciencePodcast #HIITScience #AthleticaAI #SportsScience #DataDrivenTraining #DFAAlpha1 #VentilatoryThresholds #AIInSport #TheoreticalPhysics #TriathlonTraining #PerformanceMetrics #AthleteProfiling #CoachingScience #CriticalThinking #ScienceMeetsSport
_____________________Â
Today’s speakers:
Prof. Paul Laursen https://www.paullaursen.com/ Â
Dr Stefano Andriolo https://www.linkedin.com/in/stefano-andriolo-70925b146/Â
_____________________Â
References:
Non-linear heart rate & Cycling power:
https://pubmed.ncbi.nlm.nih.gov/39065866/Â
_____________________Â
4.7
1010 ratings
🧠PHYSICS meets PERFORMANCE – AI, DATA & the FUTURE of SPORTS SCIENCE 🔬⚡
Stefano Andriolo didn’t start in the gym — he started in STRING THEORY 📈💥
In this mind-bending episode of The Training Science Podcast, Paul & Stefano dive deep into the intersection of physics, data science, and elite performance:
💡 From THEORETICAL PHYSICS to real-world ENDURANCE performance
 📊 DFA Alpha 1 & ventilatory thresholds — measuring what matters
 🤖 AI’s potential to TRANSFORM sports research & athlete development
—
#TrainingSciencePodcast #HIITScience #AthleticaAI #SportsScience #DataDrivenTraining #DFAAlpha1 #VentilatoryThresholds #AIInSport #TheoreticalPhysics #TriathlonTraining #PerformanceMetrics #AthleteProfiling #CoachingScience #CriticalThinking #ScienceMeetsSport
_____________________Â
Today’s speakers:
Prof. Paul Laursen https://www.paullaursen.com/ Â
Dr Stefano Andriolo https://www.linkedin.com/in/stefano-andriolo-70925b146/Â
_____________________Â
References:
Non-linear heart rate & Cycling power:
https://pubmed.ncbi.nlm.nih.gov/39065866/Â
_____________________Â
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