“I can hear something in a piece of media and I can co-opt myself in that narrative or alter it, even” – Mark Ronson
Producer Mark Ronson (Amy Winehouse, Q-Tip, Adele) appeared as one of the latest installations in the TED Talk series. In a segment titled “How sampling changed music,” the talented Englishman spends a few minutes recounting the heart behind sampled music, a historical overview behind Doug E. Fresh & Slick Rick’s “La Di Da Di,” and even goes as far as live mixing aspects of TED talks and the TED theme music.
Uploaded to YouTube on May 9th, 2014, it is definitely worth the watch. See below!
Listening to a favorite song seems to trigger a common pattern of brain activity, regardless of genre, a small study in Scientific Reports suggests. The findings may explain why different people describe similar emotional feelings and memory responses when listening to their favorite piece of music, whether it is something by Beethoven or Eminem.
Fatoumata Diawara aka Fatou is a Malian musician who currently lives in France. Diawara sings in her native Wassoulou language, but understanding the exact content of the songs isn’t necessary to enjoy them. She has a very beautiful voice and is a great live performer. Fatou’s voice accompanied with amazing melodies and rhythms is a sound that should be heard around the world. Her simplicity, strong culture and style are unique. To find out more about Fatoumata Diawara and any upcoming events check out this link:Fatoumata_Diawara
In this breathtaking talk and performance Dev brings to life two of the neurological conditions that make him such a gifted artist. The first, Synesthesia a condition where pathways cross to experience sounds as color- the second, more sinister- Anxiety; which is a dark and debilitating force in his life. The result; an unique musical composition and mesmerizing visual display that offer a unique glimpse into the mind of a true artist.
Finnish researchers have developed a ground breaking new method that allows to study how the brain processes different aspects of music, such as rhythm, tonality and timbre (sound color) in a realistic listening situation.The study is pioneering in that it for the first time reveals how wide networks in the brain, including areas responsible for motor actions, emotions, and creativity, are activated during music listening. The new method helps us understand better the complex dynamics of the brain networks and the way music affects us.