CULTURE: Music Is Our Sanctuary, Music Is Our Life

7 Must-Read Books About

Music, Emotion & the Brain

 

What Freud has to do with auditory cheesecake, European opera and world peace.


Last year, Horizon’s fascinating documentary on how music works was one of our most-liked pickings of 2010. But perhaps even more fascinating than the subject of how music works is the question of why it makes us feel the way it does. Today, we try to answer it with seven essential books that bridge music, emotion and cognition, peeling away at that tender intersection of where your brain ends and your soul begins.

MUSICOPHILIA

We love the work of neuroscientist and prolific author Oliver Sacks, whose latest book, The Mind’s Eye, was one of our favorite brain books last year. But some of his most compelling work has to do with the neuropscyhology of how music can transform our cognition, our behavior, and our very selves. In Musicophilia: Tales of Music and the Brain, Revised and Expanded Edition, Sacks explores the most extreme of these transformations and how simple harmonies can profoundly change lives. From clinical studies to examples from pop culture — did you know that Ray Charles believed he was “born with the music inside [him]“? — Sacks delivers a fascinating yet remarkably readable tale that tells the story, our story, of humanity as a truly “musical species.”

THIS IS YOUR BRAIN ON MUSIC

Why music makes us feel the way it does is on par with questions about the nature of divinity or the origin of love. In This Is Your Brain on Music: The Science of a Human Obsession, Daniel Levitin sets out to answer it — an ambitious task he tackles through a range of lenses, from a digestible explanation of key technical constructs like scale, tone and timbre to compelling cross-disciplinary reflections spanning neurobiology, philosophy, cognitive psychology, memory theory, behavioral science, Gestalt psychology and more. He illuminates diverse subjects like what accounts for the diversity of musical tastes and what makes a music expert, framing music processing as a fundamental cognitive function embedded in human nature. Most impressively, however, Levitin manages to do this while preserving the without subtracting from the intuitive, intangible magic of powerful music, dissecting its elements with the rigor of a researcher while preserving its magnetism with the tenderness of a music lover.

Never ones to pass up a good ol’ fashioned erudite throw-down, we can’t resist pointing out that the book’s final chapter, The Music Instinct, may be the juciest: It’s a direct response to Harvard psycholinguist Steven Pinker, who in a 1997 talk famously called music “auditory cheesecake” and dismissed it as evolutionarily useless, displacing demands from areas of the brain that should be handling more “important” functions like language. (Obviously, as much as we love Pinker, we think he’s dead wrong.) Levitin debunks this contention with a mighty arsenal of research across anthropology, history and cognitive science, alongside chuckle-worthy pop culture examples. (It’s safe to assume that it was musical talent, rather than any other, erm, evolutionary advantage, that helped Mick Jagger propagate his genes.)

MUSIC, LANGUAGE, AND THE BRAIN

As if to drive a stake through the heart of Levitin and Pinker’s debate, Music, Language, and the Brain by Aniruddh Patel — both a musician himself and one of the greatest living neuroscientists — dissects the unique neuropsychological relationship between two of the most unique hallmarks of our species. Rigorously researched and absorbingly narrated, the book traces the origins of humanity’s understanding of this correlation, dating as far back as the philosophical debates of Ancient Greece, and challenges the scientific community’s longstanding assumption that music and language evolved independently of one another. It’s the kind of read that will leave you at once astounded by how much you’ve learned about its subject and keenly aware of how little you — how little we, as a culture — know about it.

It’s worth noting that Music, Language, and the Brain makes a fine addition to our list of 5 must-read books about language.

LISTEN TO THIS

In 2008, New Yorker music critic Alex Ross published The Rest Is Noise: Listening to the Twentieth Century — a remarkable historical and social context for contemporary music, which went on to become one of the most influential music history books ever written. Last fall, Ross released his highly anticipated sequel: Listen to This — an outstanding effort to explain and understand the world through its musical proclivities, from European opera to Chinese classical music to Bjork. Though the book, an anthology of the author’s most acclaimed essays with a deeper focus on classical music, is further removed from neuroscience than the rest on this list, Ross’s astute observations on the emotional and social experience of music make it an indispensable addition nonetheless.

MUSIC, THE BRAIN AND ECSTASY

If the human voice is the greatest instrument, as the widespread music teacher preaching goes, then the brain is the greatest composer. Every time we perform, compose or merely listen to music, the brain plays high-level Tetris with a range of devices, harmonies and patterns, creating emotional meaning out of the elements of sound and often extracting intense pleasure. In Music, The Brain, And Ecstasy: How Music Captures Our Imagination, composer Robert Jourdain examines music’s unusual emotive power through little-known facts and physiological phenomena and historical anecdotes. Perhaps most fascinatingly, he pins down the origin of pleasure in music as a consequence of a series of tonal deviations that create a conflict in the brain, resolved with a return to the tonal center, which gives us a sensation of bliss. This sequence of conflict and resolution, he explains, can come from the four key elements of music: rhythm, melody. phrase, and harmony. “Ecstasy” is the result of a resolution that comes once a conflict has reached the limit of the listener’s comprehension ability in tonal space-time.

THE TAO OF MUSIC

Traditional self-help books are the pesky cold sore swapped between the lips of legitimate literature and serious psychology. And then there are the books that actually help the self in smart, non-pedantic ways involving no worksheets or mirror nodding. That’s exactly what John Ortiz does in The Tao of Music: Sound Psychology, blending the extraordinary power of music with the principles of Taoist philosophy to deliver an unusual yet captivating proposition: You can enlist your music library in improving your performance and state of mind across everyday challenges like keeping anger at bay, breaking the spell of procrastination, learning to be fully present with romantic relationships, and mastering the art of true relaxation. Through cognitive-behavioral exercises, meditative techniques and melodic visualizations, Ortiz offers a powerful music-driven toolkit for navigating life’s obstacles, and even curates specific “musical menus” of songs and melodies that target specific emotional states and psychological dispositions.

MUSIC AND THE MIND

Nearly two decades after its original publication, Anthony Storr’s Music and the Mind remains an essential and timeless prism for looking at one of humanity’s greatest treasures. From the biological basis of cognition to a thoughtful analysis of the views held by history’s greatest philosophers to the evolution of the Western tonal system, Storr addresses some of the most fundamental questions about music, like why a minor scale always sounds sad and a major scale happy, and offers an evidence-backed yet comfortingly human grand theory for the very purpose of music: Peace, resolution and serenity of spirit.

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Scientists have found that the pleasurable experience of listening to music releases dopamine, a neurotransmitter in the brain important for more tangible pleasures associated with rewards such as food, drugs and sex. (Credit: iStockphoto)


Musical Chills:

Why They Give Us Thrills

ScienceDaily (Jan. 12, 2011) — Scientists have found that the pleasurable experience of listening to music releases dopamine, a neurotransmitter in the brain important for more tangible pleasures associated with rewards such as food, drugs and sex. The new study from The Montreal Neurological Institute and Hospital -- The Neuro at McGill University also reveals that even the anticipation of pleasurable music induces dopamine release [as is the case with food, drug, and sex cues]. Published in the journal Nature Neuroscience, the results suggest why music, which has no obvious survival value, is so significant across human society.

The team at The Neuro measured dopamine release in response to music that elicited "chills," changes in skin conductance, heart rate, breathing, and temperature that were correlated with pleasurability ratings of the music. 'Chills' or 'musical frisson' is a well established marker of peak emotional responses to music. A novel combination of PET and fMRI brain imaging techniques, revealed that dopamine release is greater for pleasurable versus neutral music, and that levels of release are correlated with the extent of emotional arousal and pleasurability ratings. Dopamine is known to play a pivotal role in establishing and maintaining behavior that is biologically necessary.

"These findings provide neurochemical evidence that intense emotional responses to music involve ancient reward circuitry in the brain," says Dr. Robert Zatorre, neuroscientist at The Neuro. "To our knowledge, this is the first demonstration that an abstract reward such as music can lead to dopamine release. Abstract rewards are largely cognitive in nature, and this study paves the way for future work to examine non-tangible rewards that humans consider rewarding for complex reasons."

"Music is unique in the sense that we can measure all reward phases in real-time, as it progresses from baseline neutral to anticipation to peak pleasure all during scanning," says lead investigator Valorie Salimpoor, a graduate student in the Zatorre lab at The Neuro and McGill psychology program. "It is generally a great challenge to examine dopamine activity during both the anticipation and the consumption phase of a reward. Both phases are captured together online by the PET scanner, which, combined with the temporal specificity of fMRI provides us with a unique assessment of the distinct contributions of each brain region at different time points."

This innovative study, using a novel combination of imaging techniques, reveals that the anticipation and experience of listening to pleasurable music induces release of dopamine, a neurotransmitter vital for reinforcing behavior that is necessary for survival. The study also showed that two different brain circuits are involved in anticipation and experience, respectively: one linking to cognitive and motor systems, and hence prediction, the other to the limbic system, and hence the emotional part of the brain. These two phases also map onto related concepts in music, such as tension and resolution.

This study was conducted at The Neuro and at the Centre for Interdisciplinary Research in Music, Media, and Technology (CIRMMT). The research was supported by the Canadian Institutes of Health Research, the Natural Science and Engineering Research Council, and the CIRMMT.

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The above story is reprinted (with editorial adaptations by ScienceDaily staff) from materials provided by McGill University.

Journal References:

  1. Valorie N. Salimpoor, Mitchel Benovoy, Gregory Longo, Jeremy R. Cooperstock, Robert J. Zatorre. The Rewarding Aspects of Music Listening Are Related to Degree of Emotional ArousalPLoS ONE, 2009; 4 (10): e7487 DOI:10.1371/journal.pone.0007487
  2. Valorie N Salimpoor, Mitchel Benovoy, Kevin Larcher, Alain Dagher, Robert J Zatorre. Anatomically distinct dopamine release during anticipation and experience of peak emotion to musicNature Neuroscience, 2011; DOI:10.1038/nn.2726

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

>via: http://www.sciencedaily.com/releases/2011/01/110112111117.htm