This Is Your Brain on Music (2006) — Daniel J. Levitin — neurobiology

  • Author: Martin Gayford
  • Genre: Art
  • Publisher: New Directions
  • Publication Year: 2017
  • Pages: 160
  • Format: Paperback
  • Language: English
  • ISBN: 978-0140481341
  • Rating: 4,3 ★★★★★

This Is Your Brain on Music Review

This Is Your Brain on Music by Daniel J. Levitin explains how brains parse rhythm, pitch, and timbre—and why that feels like emotion and meaning. It is cognitive neuroscience translated for musicians and listeners.

Overview

Levitin covers auditory pathways, temporal and pitch processing, memory, expertise, expectation, and reward. He relates theory to everyday listening and performance, connecting lab results to studio and stage.

Summary

Music recruits distributed systems: timing in cerebellum/basal ganglia, pitch in auditory cortex, patterns in frontal areas, reward in dopaminergic circuits. Expectation and violation drive pleasure; practice rewires perception and motor control; timbre and microtiming cue genre and groove. Case studies tie perception to production choices.

Authors

Daniel J. Levitin is a neuroscientist and former producer. He writes accessibly, with careful caveats about what brain scans can and cannot show.

Key Themes

Predictive processing; plasticity through practice; embodiment of rhythm; emotion as expectation management.

Strengths and Weaknesses

Strengths: clear linkage from lab to listening; practical insights for performers and producers. Weaknesses: some early-neuroscience generalizations are simplified; imaging studies age quickly. Use as a conceptual primer.

Target Audience

Musicians, audio engineers, educators, and listeners curious about the “why” behind musical feelings.

Favorite Ideas

Expectation violations as goosebumps; expertise narrowing perceptual thresholds; timbre as a cognitive shortcut to style.

Takeaways

Music works by training and then teasing prediction systems. Practice sculpts perception; arrange and mix to steer expectations and reward.

SKU: VC-039533
Category:
Author

Daniel J. Levitin

Year

2006

Kind

neurobiology