Fortunately, Bridgy users can log into Instagram legitimately, in their own browsers, so a browser extension lets us piggyback on that legit usage and scrape out the data they want us to have. Shh, don’t tell, it’s our little (open source) secret.
I started playing piano again recently, after a 20 year hiatus. Our 6 year old Brooke started learning, and we suddenly had a keyboard in the house again, so I joined her. It’s been great! I’m playing scales and exercises, diving into Rachmaninoff and Debussy, and working up to tackling Gershwin’s Rhapsody in Blue. (Not easy.)
Practicing is a grind though. I definitely remember it that way, no rose colored glasses here, but now I appreciate what practice actually does: build muscle memory. Entrench a series of notes and fingerings in my brain with the end goal of playing them automatically, no conscious thought needed. At that point, I can devote my attention to musicality and actually interpreting the piece.
I know a bit more about neuroscience now – that it exists, if nothing else – so the relentless tedium and rote repetition grates on me a bit. It feels like such a crude, anachronistic way to learn anything. What’s the state of the art here? Have neuroscientists found any new techniques or deeper understanding of fine motor muscle memory?
One key phrase seems to be deep practice, popularized by Daniel Coyle in The Talent Code as an expansion of Anders Ericsson‘s research on deliberate practice. It’s a bit underwhelming, both the underlying science and the practical techniques. The main physiological mechanism that shows up is building myelin, the insulating sheaths around axons. That makes sense broadly, but is mylenation really so fine grained and specialized that I grow a Clair de lune myelin pattern when I practice that piece? Or is it like exercise or eating right, growing evenly and aiding overall cognitive function?