yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

Test yourself: Can you tell the difference between music and noise? - Hanako Sawada


3m read
·Nov 8, 2024

In 1960, American composer John Cage went on national television to share his latest work. But rather than employing traditional instruments, Cage appeared surrounded by household clutter, including a bathtub, ice cubes, a toy fish, a pressure cooker, a rubber duck, and several radios. Armed with these tools and a stopwatch, he performed “Water Walk,” setting off a series of sounds with a serious expression and incredible precision. Some viewers found the performance hysterical, while others thought it was completely absurd.

But most people watching likely shared the same question: is this even music? This question is harder to answer than you might think. What we determine as music often depends on our expectations. For example, imagine you’re in a jazz club listening to the rhythmic honking of horns. Most people would agree that this is music. But if you were on the highway hearing the same thing, many would call it noise. After all, car horns aren’t instruments and these drivers aren’t musicians... right? Expectations like these influence how we categorize everything we hear.

We typically think something sounds more musical if it uses a recognizable structure or popular sounds arranged in well-known patterns. And even within the realm of music, we expect certain genres to use specific instruments and harmonies. These expectations are based on existing musical traditions, but those traditions aren't set in stone. They vary across different cultures and time periods.

And in the early 20th century, when many artists were pushing the boundaries of their fields, John Cage wanted to discover what new kinds of music might exist beyond those constraints. He began pioneering new instruments that blurred the lines between art and everyday life, and used surprising objects to reinvent existing instruments. He also explored new ways for music to mingle with other art forms.

He and his creative and romantic partner, Merce Cunningham, held recitals where Cage’s music and Cunningham’s choreography would be created independently before being performed together. But whatever his approach, Cage gleefully dared listeners to question the boundaries between music and noise, as well as sound and silence. Perhaps the best example is one of Cage’s most famous compositions— a solo piano piece consisting of nothing but musical rests for four minutes and 33 seconds.

This wasn’t intended as a prank, but rather, as a question. Could the opening and closing of a piano lid be music? What about the click of a stopwatch? The rustling, and perhaps even the complaining, of a crowd? Like the white canvases of his painting peers, Cage asked the audience to question their expectations about what music was. And while the piece didn’t evoke the drama of some traditional compositions, it certainly elicited a strong emotional response.

Cage’s work frequently prioritized these spontaneous, ephemeral experiences over precise, predictable performances. He even developed processes that left some compositional decisions up to chance. One of his favorite such systems was the I Ching, an ancient Chinese divination text. Using just a handful of coins, the I Ching allows readers to produce a pattern of lines which can be interpreted to answer questions and offer fortunes.

But Cage adapted these patterns into a series of tables that generated different musical durations, tempos, and dynamics. Eventually, he even used early computers to help produce these random parameters. For some pieces, Cage went even further, offering musicians incomplete compositions notated with broad instructions, allowing them to compose on the fly with the help of his guidelines.

Some composers rejected Cage's seemingly careless approach. They believed it was the composer’s job to organize sound and time for a specific, intentional purpose. After all, if these strange compositions were music, then where do we draw the line? But like a bold explorer, Cage didn't want to be bound by restrictions, and he certainly didn't want to follow old rules. He dedicated himself to shattering our expectations, creating a series of once in a lifetime experiences that continue encouraging musicians and audiences to embrace the unexpected.

More Articles

View All
Inside Colorado's Weed Research Lab
[Music] By my money for security reasons, baggage unattended will be removed and destroyed. [Music] United Airlines flight 2120 one, Denver. [Music] Hi, I think you’re looking for me. Hello, Internet’s past gray here at a hotel in Denver, Colorado. Why? W…
"Where Love Is Illegal": Chronicling LGBT Stories of Love and Discrimination (Part 3) | Nat Geo Live
Our activism is continuing to evolve. In the next phase of Where Love Is Illegal, we are enduring to leverage our storytelling skills so we can further amplify the voices of LGBTQI+ communities around the world. And we’re doing just that in Jamaica. Last …
Ponzi Factor | V-Log 1 | Tesla and Market Crash
Hey y’all doing! This time my first V log, a very impromptu V log. So it’s Sunday morning, July 29th, and I apologize for the casualness, but there are some ideas that my friends have been bugging me about to get out there because it’s gonna be a big week…
Distillation curves | Intermolecular forces and properties | AP Chemistry | Khan Academy
[Instructor] In this video, we’re gonna dig a little bit deeper into distillation, and in particular, we’re gonna learn how to construct and interpret distillation curves. So let’s say we’re trying to distill roughly 50 milliliters. That is 50% methyl a…
Homeroom with Sal and Regina Ross - Tuesday, March 8
Hi everyone, Sal Khan here from Khan Academy. Happy International Women’s Day! In honor of International Women’s Day, we have a special guest, someone who I know quite well, Khan Academy’s Chief People Officer, Regina Ross. We’re going to talk about her j…
How Does a Transistor Work?
In this phone, there are nearly 100 million transistors; in this computer, there’s over a billion. The transistor is in virtually every electronic device we use: TVs, radios, Tamagotchis. But how does it work? Well, the basic principle is actually incredi…