Adults often read a score by translating every note into “C, D, E” and then searching for its place on the keyboard. This can help confirm a starting point, but it can also turn a musical line into unrelated instructions: the eye identifies one note, the hand finds one key, and the beat stops during each translation.
A more useful reading unit is often the relationship between notes. When a melody moves continuously upwards, it can first be read as a stepwise contour. When C–E–G appears, the player need not name three isolated notes from scratch every time; it can also be recognised as a chord shape built in thirds. This is not guessing. The starting note, key signature and important arrival points still need accurate checking, but many intervening actions can be organised by interval direction, keyboard geography and rhythmic grouping.
Research on music reading supports a limited claim: skilled readers are better able to process notes or groups of notes rapidly, rather than scanning only one note at a time. A 1997 pattern-matching study found that more skilled readers compared score fragments with fewer and shorter glances. A 2016 eye-tracking study found that unexpectedly disrupted grouping interfered with expert sight-readers. These studies compare levels of expertise; they do not prove that one exercise automatically creates expert reading.
In practice, establish one reliable starting note for a short phrase, then describe what follows as “up a second, down a third” or “the same chord in a new position”, and play while maintaining the beat. Check note names afterwards instead of translating every note into a letter during performance. Note names remain useful coordinates. What keeps the music moving is the structure between them.
https://pubmed.ncbi.nlm.nih.gov/9158323/
https://www.mdpi.com/1995-8692/9/7/35
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