@gtconway3d @BradMossEsq Makes sense why Joe's handlers take him biking. 🚴♂️ vs. 🚶♂️ 👇👇 "We speculate this to be due to the more continuous nature of bicycling demanding less phase-dependent sensory processing and motor planning, as opposed to walking."
@ChristophBurch the varied dynamics of brainwave rhythms dependent upon the modality of exercise may offer a little more insight & intrigue here, especially from a physiotherapy perspective.... https://t.co/mPQ5p3DF8Y
@kimmoronka Pyöräily on myös liitetty erilaiseen aivojen rytmiseen toimintaan kuin kävely: https://t.co/KdvWXFGlwc
@MathKyle @tknterry @Neuro_Skeptic We compared (slow stationary) bicycling with walking (EEG amp in a backpack), and found alpha (over sensorimotor cortex) decreased with both, but more intensely with walking: https://t.co/6SimK2Zb5e