A Study in Sound: Exploring the Sonic World at Whitman
Whitman faculty and students expand our understanding of sound in life, science, culture and art
By Jodie Nicotra
Photography by Patrick Record
The whisper of wind through the leaves of a tree. A chorus of coyotes in the night. The sound of black holes colliding in space. Or the cackle of a favorite laugh.
Sound can be both a powerful creator of emotional meaning and a rich avenue for scientific exploration.
Today’s sophisticated recording technologies can open up worlds of sound previously unavailable to human ears, preserve cultural histories that might otherwise be lost and give people new ways of interacting with the soundscapes of their daily lives.
Across Whitman College’s campus, professors and students in diverse fields are exploring how experiences of sound transform our understanding of the world and our place in it.
Sound Bite: What Worship Sounds Like
Since her days as an undergraduate pursuing dual bachelor’s degrees in Religious Studies and Flute Performance, Associate Professor of Religion Lauren Osborne has been finding ways to weave together her interests in music and religion.
In her new book, “Hearing Islam: The Sounds of a Global Religious Tradition” (Routledge, 2025), Osborne explores sound as an entry point into Islamic culture—from the recitation of the Qur’an to calls to prayer to contemporary hip-hop.
Listen to one of Osborne’s favorite versions of the call to prayer in the busy Marrakech medina in Morocco.
Musicians and singers prepare to record “Nuclear Dreams” in the Hanford B reactor hall. Photo by Michael Simon ’02.
Recording ‘Nuclear Dreams’
When he was about 10, Senior Lecturer of Music Michael Simon ’02 made his first recording, a saxophone concert for his grandmother, recorded on a cassette player tied with dental floss to the bottom of his music stand.
“That’s when I realized that music can be portable and that a fixed thing can be a piece of art that might be different from the performance itself,” he says.
In addition to playing bass and guitar in a popular Boston-based band, Simon has worked for almost two decades as a music producer and recording engineer. He brings all that practical experience to the newest track in Whitman’s Music program: Music Technology and Production.
“The idea of music production is akin to the idea of photography as a fine art,” Simon says. “It’s the idea that there is artistic intent in how you put together a recording. It’s not just the music that underlies it, but the actual sonics are a component of the art.”
Students who specialize in Music Technology and Production get hands-on experience with advanced recording and mixing techniques, synthesis, sampling and new music technologies—as well as the opportunity to work on sustained projects of personal interest.
Simon, who grew up in Walla Walla without access to recording studios, became interested in artists who recorded in spaces that meant something to them—like Emmylou Harris, who recorded the album “Wrecking Ball” in a living room, or Willie Nelson, whose “Teatro” was recorded in an old movie theater.
“It’s the idea that the space itself might imbue the music with meaning that is extra-musical, and definitely informs both the meaning of the music and the literal production of the music, the sounds that are made,” he says.
Place is an integral part of Simon’s latest project, a new recording of the musical composition “Nuclear Dreams.” Composed by Reginald Unterseher with lyrics by Nancy Welliver, the piece is an oral history of the Hanford Site, where for more than 40 years, the U.S. produced plutonium for the nation’s defense program, including the fissile material for the first nuclear bomb.
Simon originally recorded a 2019 concert of “Nuclear Dreams” for the Mid-Columbia Master Singers, who commissioned the piece. The recording was also filmed for the documentary “Richland.” Then, in fall 2024, the Department of Energy gave permission for a new recording inside the Hanford B reactor hall.
“I was really keen on using the recording as a way to hold the space as one of the actors in the piece,” Simon says. “The face of the reactor is full of protruding tubes, so it has a lot of surfaces that break up sound. To my mind, it sounds a lot like a cathedral, though not quite that long and a bit more metallic-feeling.”
While the reactor itself is now defunct, the other equipment in the hall is still quite noisy, something that Simon had to reckon with in the recording process.
“In this case, I’m arguing for leaving the noise of the room in place, in part to hold the listener accountable for reckoning with what happened in this space—because it’s giant scientific progress, but at the same time, it’s impossible human and ecological devastation. And the piece deals with all of that, so I wanted the listener to be aware of the presence of the space’s physicality,” Simon says.
He anticipates that the recording of “Nuclear Dreams” will be released next year.
History-making music. Hear a clip of “Nuclear Dreams,” Movement 21 (“Spring of Paradise/Oppenheimer’s Gita”), recorded in the Hanford B reactor hall. Performed by Mid-Columbia Mastersingers, Justin Raffa (Artistic Director). Recorded, edited, mixed and mastered by Michael T. Simon. Music by Reginald Unterseher. Libretto by Nancy Welliver.
Sound Bite: The Sound of Learning
Associate Professor of Psychology Nancy Day ’05 studies vocal learning—how animals learn to imitate the sounds they hear in their environment. Humans, bats, whales, dolphins, elephants and some birds all use vocal learning. Day studies songbirds. “I can measure how similar the song they sing is to their tutor (the bird they learn from) as they progress from a babbling-like song to a mature song they use to attract a mate,” Day says.
In her lab, she and her students study how the gene FOXP2, which is linked to speech and language in humans, affects vocal learning in songbirds. Birds that have too much FOXP2 in their brain have song deficits similar to speech deficits that accompany mutations in the FOXP2 gene in humans.
Students in Day’s lab can also record the sound of neurons in the brain “spiking” and hear changes in the spiking patterns when a bird is listening to its own song through mini headphones.
When neurons are activated, they produce action potentials (or “spikes”). “We can look at the pattern of spiking activity when the bird is listening to his song in different regions of the brain,” Day says. “But it’s actually easier to hear changes in the spiking patterns than it is to see it.” What does a spiking neuron sound like?
“You can hear the background neural activity (the little clicks, popcorn-y sounds) and then the change in neural activity when the bird is listening to himself,” Day explains.
Camilo Lund-Montaño (left) and Mariana Ruiz-González (right)
The Sound of Community
Sometimes collaborations are just meant to be. Camilo Lund-Montaño, Assistant Professor of History, and Mariana Ruiz-González, Assistant Professor of Hispanic Studies, grew up in the same town near Mexico City.
But the two first met at Whitman, where they began working together thanks to a Public Humanities Washington fellowship. Their joint project focuses on recording oral histories of Latinx groups in Walla Walla County.
Ruiz-González noticed when she first came to Walla Walla that even though the Latinx population is the second biggest group in number in the area, there was little Latinx influence to be seen in the town’s public art. Lund-Montaño and Ruiz-González traveled around the county to confirm that impression and began to suspect that the lack of Latinx representation in sculptures, murals and other visual art forms may be tied to a historic hostility toward the Latinx community—and a choice, conscious or not, to stay beneath the radar.
“Even though there has been a presence of Latinos, of farmworkers, all the way back to the Bracero Program,” which brought millions of Mexican guest workers to the U.S. in the mid-20th century, “there is that kind of defense mechanism of keeping a low profile,” says Lund-Montaño.
Recording oral histories of Latinx groups in the area became a means of understanding the lack of Latinx visual representation.
“Oral histories are a great way to access both historical memory and understandings of the present on a very individual level, because you’re getting deep into the mind of a specific individual who’s telling that story. And once you put together all these different stories, then you can begin to get the story of a community,” Lund-Montaño says.
As an entry point, Ruiz-González and Lund-Montaño focused their project on Latinx presence in local parades, which often feature groups like folclórico dancers and the Lowriders Club. They begin by asking each group if they’d be willing to participate in a group interview.
Lund-Montaño and Ruiz-González have found that the richness of the group dynamic reveals something difficult to capture in individual interviews: namely, the sound of a community.
Folclórico dancers describe the “family vibes” at practice. And Lowriders Club members talk about friendships that have become the “backbone” of their lives.
“The way they’re visualizing themselves, it’s as a community or a group, not on an individual basis. So the narrative they construct together is about togetherness. With the oral history as a group interview, we don’t miss that part of the togetherness,” says Ruiz-González.
“Presence and Voices.” Check out interview excerpts and photos from Camilo Lund-Montaño’s and Mariana Ruiz-González’s research on Latinx voices in Walla Walla.
Sound Bite: Catching Sound Waves
In his Sound and Music course, Meyers Professor of Physics Kurt Hoffman takes students on a scientific exploration of music. How does a viola radiate sound? Why do certain tones sound pleasant together? How does digital recording affect sound? For Hoffman and his students, these questions aren’t just theoretical—they’re hands-on. Students collect and analyze data, listen critically to different types of sounds and even build prototypes.
His course offers all students with or without a background in physics the opportunity to engage in scientific discovery in a real—and audible—way, Hoffman says.
Jordan Wirfs-Brock (center) with students Hayden Garner ’25 (left) and Terence Mahlatini ’25 (right)
Tuning in to Life’s Soundscapes
Before she became an Assistant Professor of Computer Science at Whitman, Jordan Wirfs-Brock made a name with her award-winning work in “data sonification”—a way of engaging with data by interpreting it through sound.
Wirfs-Brock, for instance, created an algorithmically composed piece of music to represent stock market volatility over a three-month period. By listening to data—instead of looking at it—data sonification invites people to engage with information in new ways.
Now she’s turning her attention to how people engage with the everyday sounds in their lives.
“It used to be that sound was just something ephemeral. But with digital technology, we can capture it, remix it, make things with it, listen back to it, do all these things we couldn’t do before,” Wirfs-Brock says. “And we all have these powerful digital technologies in our pockets all the time that have the capabilities to do that, and yet they’re all so focused on video and visual media. They don’t really elevate sound and sonic ways of knowing.”
Last year, Wirfs-Brock received a National Science Foundation (NSF) grant to study these questions about capturing and using everyday sounds.
For the first stage of her project, she and her team of students interviewed members of the Whitman community who had recently experienced a major life event. Participants were asked to think about sounds that were meaningful to their lives, including those connected with specific people, like a distinctive sneeze; the sounds of places, like traffic noise or birdsong; and the sounds people make themselves.
The interviewees then spent a week recording sounds with their phones—whatever they found meaningful. Afterward, they and the team listened to the recordings together, discussing what they captured and exploring the challenges and barriers to recording. “That was a big part of these post-interviews: asking whether there were sounds they wished they’d recorded and how the activity changed the way they thought about sound,” Wirfs-Brock says.
Now her team is using the data they’ve collected to create new technologies to help people connect with sound differently. One student, for instance, is working on a prototype of a device based on smart speakers that will allow users to retroactively record sounds that happened within the past 30 seconds. Future refinements to the device will incorporate a way to tag sounds so that users can recall later why they recorded a specific sound.
For Wirfs-Brock, these technologies are ultimately aimed at helping people engage all their ways of perceiving the world.
“For me it really comes back to thinking about technology as a way that can help amplify and expose and help us examine our humanity, rather than flatten it,” she says. “I’m interested in technologies that can help us explore those dimensions of ourselves that we haven’t given as much attention to because we’re looking at a screen all the time.”
Making a splash. Jordan Wirfs-Brock and her students are working on new ways to capture meaningful sounds from everyday life. Listen in as she and her 3-year-old daughter throw rocks in a pond.
Sound Bite: Eavesdropping on Nature
Research Scientist and Adjunct Assistant Professor of Biology Ben Vernasco and his students deploy autonomous recording units throughout the Umatilla and Wallowa-Whitman national forests to gain insights into wildlife populations.
“We process over 100,000 hours of recordings from the two national forests with an AI capable of recognizing the sounds of over 6,000 species of animals,” Vernasco says. “We then use the millions of species detections to collect valuable wildlife occurrence data that can be used to inform land management decisions, such as identifying areas to protect from timber harvest.”
Student researchers get hands-on fieldwork experience placing and collecting the units, work directly with the U.S. Forest Service, and analyze the results, which often become the basis of their senior thesis work.
In this clip of birdsong from the Umatilla National Forest, you can hear sounds made by a dark-eyed junco, mountain chickadee, western tanager, northern flicker and ruby-crowned kinglet. “It is a snippet of the chorus of the Northern Blue Mountains,” says Vernasco.