he Science of Music is a series of lectures and demonstrations on the science of music; a collaboration between the Aspen Science Center (ASC) and the Aspen Music Festival and School (AMFS). All programs are at the “enthusiastic novice” level, with no previous knowledge of physics or music theory assumed.
The Science of Music summer performances were a hit! Thank you to all who came to these events.
Harmony and Harmonics, Part II
Building on his very informative discussion from last year, Andy Cohen continues to discuss the physics and math behind music.
Evolution of the Flute and Engineering of the Horn
In this installment of The Science of Music, Nadine Asin describes how the flute evolved into its current form, and John Zirbel explains the intricacies of playing the French Horn. Hosted by AMFS President Alan Fletcher.
The Musical Brain Born or Made
In this episode of The Science of Music, Dr. Robert Zatorre discusses the inner workings of the brain, and what happens when you listen to music.Hosted by AMFS President Alan Fletcher.
Harmonics in Music and Science
Alan Fletcher and Andrew Cohen, Professor of Physics at Boston University, introduced the science underlying music: how waves work and how waves forms determine the tone color of different instruments; the ‘harmonic series” and how it affects tuning; acoustics, and more.
Evaluating Musical Instruments
Alan Fletcher interviewed noted violinist Robert McDuffie, in a comparison of the instruments, including Guarneri, Stradivarius, and contemporary violins. Consideration was given to current studies analyzing the properties of great violins, both modern and historic. Violinist Elizabeth Pitcairn brought her renowned Stradivarius, known as “The Red Mendelssohn,” which inspired “The Red Violin,” as well as a copy of it made by a modern master. McDuffie and Pitcairn played the various instruments, and led the audience in an appreciation of their differing sounds.
Neuroscience of Music
Music-lovers already know how music can affect the soul, but its impact on the brain may seem like murkier territory. Dr. Robert Zatorre of the Montreal Neurological Institute joined Alan Fletcher for a lecture that revealed the complex relationship between music and our cognitive functions. Zatorre’s research is in the forefront of insight into the mechanism by which music can produce neurological responses. The interview was illustrated with musical examples.
Pianos: How They Work
Perhaps no instrument is as universally beloved as the piano–but what, exactly, goes into creating this magnificent apparatus? Peter Sumner, the AMFS’s head piano technician and master technician for Steinway & Sons, explained the art of piano-making and explained how these instruments make their glorious sound.