"I think there is nothing so exciting as listening to someone think on the radio." — Jad Abumrad
On Wednesday, Jad Abumrad and Robert Krulwich of
Radiolab fame presented at Washington University’s first
Ampersand Week, a series of
events celebrating the ‘and’ of Arts and Sciences, or the value of liberal arts
education over exclusive specialization. A perfect choice for such a purpose,
Radiolab draws on the composing background of Jad and the inventive science
journalism of Robert to explore scientific topics with a humanistic lens. The
event took place in Graham Chapel, the pews filled with students, faculty, staff, and the public for the free event.
I was not sure what this presentation would entail. Would
they present a live version of Radiolab? Or just introduce a series of archived
podcast segments? The experience was somewhere between those two. Relying on
existing tape, Jad and Robert discussed the production of Radiolab, the task of
distilling technical knowledge from experts for a lay audience, and the
musicality and intimacy of radio over other mediums.
Jad opened by acknowledging his mother, sitting in the front
row, an
obesity
researcher here at Washington University, a professor in my program no
less. I had no idea. On the large screen behind them, Jad put up a picture of
his mother’s protein, what she
studies every day, which helps bring fats into the cell. In fact, Jad grew up
in a scientific home, with a medical doctor father and scientist mother, an
environment that clearly influences his work to bridge the sciences and the
arts.
The first segment began by peeling back the curtain on how a
formal interview with a scientist becomes radio drama. Robert spoke with
Cynthia Kenyon, a
C. elegans researcher at UCSF, about two
genes that control aging in the tiny worms. One is a hormone receptor, which,
when activated, represses the activity of a transcription factor. When the
transcription factor is allowed to function, it controls the expression of many
separate genes that work together to increase the lifespan of the worms several
fold. Jad played the unedited interview, demonstrating how even a media-savvy
researcher stumbled to translate the molecular action of genes into something a
non-scientist could grasp, and even care about. It was awkward and difficult to
keep track of.
But as Jad pointed out, Cynthia’s explanation naturally
gravitated to exciting, narrative verbs. Spring.
Inhibit. Leap into action. The nouns suffered from alphabet soup—scientists
rely heavily on acronyms and jargon for naming genes—and specialized phrases. Receptor. Transcription factor. DAF-2.
Radiolab’s job, then, was what Jad called “noun replacement therapy.” Keep the
substance, but swap technical language with vernacular.
The translated version: The Grim Reaper Gene (hormone
receptor)
cue evil laugh battles it
out with the Fountain of Youth Gene (transcription factor)
cue toddler giggles for control of the aging process. Beat up on
the Grim Reaper (mutate it)
painful
groans and the baby is free to keep cells, and the animal, youthful,
blowing spit bubbles as it does.
To some scientists, this kind of translation may seem
simplistic. (Cynthia produced the gene nicknames, it was not a liberty taken by
Radiolab.) Robert even phrased it as having to ask, “How stupid do you want to
be?” Always there is a trade-off between accuracy and understandability.
Always. “You’re somehow trying to find a way to stay in the middle,” Robert
said. Choosing that point, and then finding that point, is the challenge a show
like Radiolab contends with for every topic. But to avoid any kind of
simplifying is to wall off scientific research to the ivory tower, something
far more damaging than “noun replacement therapy.”
This translation is not foreign to most of us, maybe just
lost. Jad recalled trying to bridge the gap with his mom to explain her work
when he was a kid, dinner plates standing in for cells and the salt shaker for her
protein, the iterative process of trying to get closer to the truth one curious
question after another. Our interest in understanding something
new, something difficult, is dampened by a culture that discourages looking
stupid, but it can be encouraged as well. Jad and Robert try to use the power
of stupid questions asked with genuine curiosity to recapture that sense of
wonder. “Yes, but why?”
Robert said that if they approach a scientist with sincere
curiosity, about 60 percent will spend the time to tell them what they need to
know. I wish that number were higher, but I am surprised it is that high. I
think they may have a self-selecting group of scientists more inclined to work
with the media than most. But I could not say for sure.
Beyond translation, the hour-long presentation delved into
the frenetic production of the show, with layers of music and noise and
swirling audio energy, a style that aims for a composer’s musicality and an
authentic struggle for new knowledge. As a technically naïve but huge fan of
radio, I appreciated seeing the depth of production at the software level that
goes into making one of my favorite shows. Although hard to miss in a show like
Radiolab, I know that most audio production is successful when it goes
unnoticed, but it is good to be reminded of the work that goes into these
programs.
The floor open to questions, I waited in line at the mic to
ask: How can scientists help reach back out to the journalists, or the public,
who have reached toward us to help bridge these gaps? I did not get an answer
to my question, but I did get a good answer to a good question.
Robert instead answered the why. Why should scientists care
about communicating their work? He couched it in militaristic, epic terms—scientific inquiry is the product of intellectual freedom, a resource that is constantly
endangered. To tell a story of the science we do is an enchantment, one that
can draw people in and convince them that the freedom required for this kind of
work is worth demanding and worth preserving. No less than the ability to
perform honest work is at stake in the communication of our research.
Jad again put on screen the structure of his mother’s
protein, her life’s work, to help illustrate his partner’s answer on the value
of free inquiry. He then answered a question closer to my own. “The story of
science is in most cases the story of ceaseless failure, which is really the
story of everyone who walks the earth,” he said. Tell that human story of
vulnerability, confusion, failure, and occasional bright points of insight and
success, and anyone can be reached.