Activity in a particular part of our brains while listening to new music reveals whether we enjoy the tune, and even how much we’d be willing to pay to hear it again.
Sensitivity to emotion in speech prosody derives from our capacity to process music, supporting the idea of an evolutionary link between musical and language domains in the brain.
Functional magnetic resonance imaging shows what happens in the brain during improvisation.Rappers making up rhymes on the fly while in a brain scanner have provided an insight into the creative process.
Two researchers have provide preliminary evidence that listening to Mozart can help us cope with cognitive dissonance—that intense feeling of discomfort that arises when we realize two of our core beliefs are at odds.
Is music humanity's drug of choice? What is the mysterious power behind it's ability to captivate, stimulate and keep us coming back for more? Find out the scientific explanation of how a simple mixture of sound frequencies can affect your brain and body, and why it's not all that different than a drug like cocaine
It has been found that musicians’ brains appear to be structurally and functionally slightly different from non-musicians’ brains, particularly in regions related to auditory and motor processing, suggesting that musical experience might have the ability to change brain structure and function (often referred to as ‘neural plasticity’). (Miranda and Overy 247)
There are more facets to the mind-music connection than there are notes in a major scale, but it's fascinating to zoom in on a few to see the extraordinary affects music can have on your brain.
It is increasingly evident that schizophrenia is a disorder characterized by disturbances in the "music of the brain hemispheres." The authors observed relatively slower oscillations and reduced cross-phase synchrony (for example, peak of theta coinciding with peak of gamma) in schizophrenia patients compared to healthy study participants.
The audible difference between the two states of mind suggests a large difference between ordinary consciousness and meditation. They are quite harmonious in themselves, but dissonant when played together. You can't step in the same stream of consciousness twice.
fMRI data converted to musical sound. Brain images are preprocessed into 20 distributed ensembles, "Independent Components," and each is assigned a tone on a pentatonic scale.
Whether it's the Beatles or Beethoven, people like music for the same reason they like eating or having sex: It makes the brain release a chemical that gives pleasure, a new study says.
Famed neurologist Oliver Sacks has been a lifelong lover of the music of Johann Sebastian Bach, and thanks to a team at Columbia University (including WSF alum Joy Hirsch) he was able to put his favorite composer to the test. In a clip from NOVA, Bach is pitted against Ludwig van Beethoven, while a brain scanner analyzed the results.
A little music training in childhood goes a long way in improving how the brain functions in adulthood when it comes to listening and the complex processing of sound, according to a new Northwestern University study.
New insights into the electrical patterns of the brain reveal how brain waves with rapidly increasing frequencies, like musical 'glissandi,' could help predict when a patient is going to start an epileptic seizure.
This video shows the white matter connections and grey matter activity of a real human brain measured on a 3 Tesla MR scanner, visualized in a special way: it unites in one three-dimensional view the functional and structural connectedness of the brain, and makes the brain activity of this individual subject audible by converting it into the background music to the video. By visualizing in this way both a diffusion tensor and resting-state functional MR dataset acquired using a 3 Tesla MRI scanner, this movie illustrates different concepts of image processing, connectivity and activity in a real human brain at rest. The background music was composed by assigning a musical instrument to the ten strongest functional patterns in the brain.
Music research indicates that music education not only has the benefits of self-expression and enjoyment, but is linked to improved cognitive function (Schellenberg), increased language development from an early age (Legg), and positive social...
After completing the first study of its kind, researchers have discovered that very early musical training benefits children even before they can walk or talk.
“Mind as Music” is a scientific and artistic project aiming to let us read the score of this symphony, and to listen to it, to the Music of the Hemispheres. – Dan Lloyd
Three of the world’s leading psychologists and neuroscientists in the study of music, and one of the world’s leading musicians, will discuss the psychological systems and “orchestra of brain regions” through which music enriches our lives at the Association for Psychological Science’s 24th annual meeting in Chicago, May 24-27, 2012.
Earlier this week there was a debate on the origins of music at the Atlantic between two well-known psychologists. Geoffrey Miller (author of The Mating Mind) thinks music is an instinct, one due to sexual selection. On the other side is Gary Marcus (author of Guitar Zero), who believes music is a cultural invention. Given my recent book on the issue, Harnessed, many have asked me where I fall on the question, Is music an instinct or an invention?
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Activity in a particular part of our brains while listening to new music reveals whether we enjoy the tune, and even how much we’d be willing to pay to hear it again.