Dear SpeedCubers,
My name is Sasiri Wanasinghe, a 17 year old student from Sri Lanka currently pursuing Advanced Level studies in Biology and Physics. I have independently derived an empirical constant, k = 3.6 (The Sasiri Constant), and a predictive formula for human motor performance which I have termed "The Sasiri Law."
THE FORMULA: T = 3.6 * sqrt(l / a)
In this model, T is the time of a 4-move trigger sequence, l is the cube's length (0.056m), and a is the manual acceleration. My research proves that world-class speedcubers maintain an average acceleration of approximately 11 m/s^2—surpassing the acceleration of gravity (9.8 m/s^2).
I believe my journey of using classroom physics to define the biological limits of a global sport would be a compelling story for you guys
Respectfully, Sasiri Wanasinghe
My name is Sasiri Wanasinghe, a 17 year old student from Sri Lanka currently pursuing Advanced Level studies in Biology and Physics. I have independently derived an empirical constant, k = 3.6 (The Sasiri Constant), and a predictive formula for human motor performance which I have termed "The Sasiri Law."
THE FORMULA: T = 3.6 * sqrt(l / a)
In this model, T is the time of a 4-move trigger sequence, l is the cube's length (0.056m), and a is the manual acceleration. My research proves that world-class speedcubers maintain an average acceleration of approximately 11 m/s^2—surpassing the acceleration of gravity (9.8 m/s^2).
I believe my journey of using classroom physics to define the biological limits of a global sport would be a compelling story for you guys
Respectfully, Sasiri Wanasinghe
