Showing results for "Music" in Neuroscience & Neuropsychology

Why does music influence how we feel so deeply—and what are the scientific mechanisms behind this phenomenon? In Music Between Your Ears, Dr. Samuel Markind explores the intriguing relationship between music and brain function. Using evolutionary theory, he illuminates the pivotal role that music plays in human survival and procreation. From communication and caregiving to social bonding and partner selection, music has molded the human species and continues to shape our lives in remarkable ways.

A neuroscience-based approach to learning how to play music at any age You can learn to play music, no matter what you've been told about your musical talent or aptitude. Each and every one of us has been gifted with a fully customizable brain, one we can mold to learn anything, at any age. With...

Resulta que la música no es sólo entretenimiento: es un medio de comunicación profundamente arraigado y sutilmente poderoso. Las canciones resuenan con tus patrones de ondas cerebrales e impulsan cambios en tu cerebro: creando tus estados de ánimo, consolidando tus recuerdos, fortaleciendo tus hábitos (tanto los buenos como los malos) ... incluso haciendo que te enamores o desenamores. Tu música te está moldeando, a nivel subconsciente, durante todo el día. Y ahora, por primera vez, puedes hacerte cargo.

A compelling and growing body of research has shown music and arts therapies to be effective tools for addressing a widening array of conditions, from providing pain relief and alleviating anxiety and depression to regaining speech after stroke or traumatic brain injury, and improving mobility for people with disorders that include Parkinson’s disease and MS.

Larry S. Sherman, a neuroscientist and lifelong musician, and Dennis Plies, a professional musician and teacher, collaborate to show how our brains and music work in harmony. They consider music in all the ways we encounter it—teaching, learning, practicing, listening, composing, improvising, and performing—in terms of neuroscience as well as music pedagogy, showing how the brain functions and even changes in the process. Every Brain Needs Music draws on leading behavioral, cellular, and molecular neuroscience research as well as surveys of more than a hundred musical people.

Neuroscientists have shown that music recruits nearly every area of the brain, fostering connections across different regions. In this book, we examine the latest imaging studies and discuss the effects of music on emotion, cognition, sensation, and motor function. This includes an examination of the brain’s anatomy when listening to or creating music, of music’s relationship to learning math and language skills, and of its role in promoting social connections and treating brain disorders and injuries.

Un son, une note, une mélodie et voilà...le cerveau en effervescence. Mais pourquoi certains airs arrivent-ils à nous tirer des larmes, à nous donner la chair de poule, à nous enthousiasmer ou à nous faire danser? Journaliste scientifique aguerri, Michel Rochon nous entraîne dans une exploration fascinante du cerveau musical. Il nous révèle les plus récentes découvertes en intelligence artificielle, en neuropsychologie, en linguistique et même en mathématiques qui nous font comprendre autrement les harmonies sonores.

A violinist sees a scarlet form when he plays a certain note; a rock star sees waves of blue and green as he composes a ballad; an actress tastes cake when she utters the word "table." Described by some as a superpower this mingling of the senses is called "synesthesia," and the people who possess this amazing gift are called "synesthetes." What happens when a journalist turns her lens on a mystery happening in her own life? Maureen Seaberg did just that and lived for a year exploring her synesthesia.