Home / Arts and Entertainment / Math Proves Mozart Was Unpredictably Brilliant
Math Proves Mozart Was Unpredictably Brilliant
8 Sep
Summary
- Teenager developed statistical tests to measure musical 'memory'.
- Mozart's melodies exhibit lower predictability than other composers.
- This discovery quantifies centuries of musicological debate.
An 18-year-old student from Philadelphia has provided a mathematical insight into Wolfgang Amadeus Mozart's unparalleled musical genius. Linus Chen-Plotkin's project for the Regeneron Science Talent Search involved developing statistical tests to quantify the 'memory' within classical compositions. This metric tracks how much preceding notes influence subsequent ones, with lower memory indicating greater unpredictability.
Chen-Plotkin analyzed over 600 classical sonatas and quartets by composers including Haydn, Mozart, Beethoven, and Schubert. His findings indicate that Mozart's melodies consistently displayed lower memory across all tests, meaning they pivoted more rapidly and surprised listeners. This unpredictability, rather than strict adherence to form, is proposed as a key element of Mozart's celebrated innovation.
This research offers a quantitative approach to understanding qualities like 'genius' and 'innovation' in the arts, which have historically been subjects of qualitative interpretation. Chen-Plotkin, a student at Germantown Friends School, approaches music as a dataset and believes this method can enhance understanding in fields like art history and literature. He plans to apply similar quantitative analysis to medieval poetry.
Beyond his academic pursuits, Chen-Plotkin is a varsity wrestler, advanced Mandarin student, and sings and plays blues guitar. He is also a licensed amateur radio operator and a former member of the Philadelphia Boys Choir & Chorale, showcasing a multifaceted engagement with art and communication.
