Class Acts

Critical Inquiries

Professor Sandeep Mukherjee in his studio

Professor Sandeep Mukherjee in his studio

A glimpse inside three of Pomona’s creative ID1 classes

With any luck, many first-year students will find in their Critical Inquiry seminars what Miguel Delgado-Garcia ’20, president of the Associated Students of Pomona College (ASPC), told those gathered for 2019 Opening Convocation he found in his.

It was “the first of many homes for me” at Pomona College, Delgado-Garcia said as he addressed students in Bridges Hall of Music on the first day of classes.

Known as ID1 courses for their interdisciplinary designation in the catalog, Critical Inquiry seminars give first-year students an introduction to the kind of deep reading, writing and discussion that will be a foundation of their educations at Pomona. ID1 is one of three time-honored traditions (along with Orientation Adventure and sponsor groups) that introduce first-years to small groups of students who share close experiences that help them form early friendships on campus—and perhaps find the first of many homes.

Here’s a look at three of the 30 ID1 courses this year.

I Disagree

It’s little surprise one of the most requested ID1 classes this year considers “the problem of living with difference.” Professor of Mathematics Vin de Silva has taught the class a number of times, but says “what I’ve found in the last couple of years is that I feel that it’s almost inadequate for the much bigger task of rebalancing our public climate.”

De Silva has no illusions of resolving political conflict, but through various case studies students learn more effective ways of communicating. One example is the 1957 movie 12 Angry Men, in which the character played by Henry Fonda slowly changes the minds of jurors in a murder trial. Another comes from Edward Tufte, a Yale professor emeritus of political science, computer science and statistics. Tufte studied the efforts of Morton Thiokol engineers who advised against the 1986 launch of the ill-fated shuttle Challenger. NASA officials pushed back, and the launch went ahead.

“Of course it wasn’t OK,” de Silva says. “So then, the whole question is: If you have some piece of information and some understanding that makes you think that something shouldn’t be done, and there’s still pressure to do it, how do you try to communicate that? The contractors went to NASA and showed them all sorts of complicated figures and then said, ‘We don’t think you should launch.’ That isn’t always going to be effective. Tufte proposes a simplified chart, and as soon as you spend a couple of minutes looking at it and figuring it out, then you realize it’s totally clear that you shouldn’t launch.”

On Fiction

In an era when truth is under scrutiny, where does that leave fiction? Colleen Rosenfeld, an associate professor of English and a faculty fellow this year in Pomona’s Humanities Studio, designed her course to complement the studio’s 2019–20 theme, Post/Truth.

The question of post-truth was especially interesting to me for fiction because the debate right now is so much around facts. How do we evaluate facts, and is it about trusting institutional sources?” Rosenfeld says. “Fiction has an interesting status because it’s neither truth nor lies.”

Among the readings in this class is the essay “Defence of Poesy” by 16th-century poet Philip Sidney. “Sidney says against the charge from Plato that poets are liars that, well, a poet cannot lie because ‘he nothing affirms,’” Rosenfeld says. “If you don’t make an affirmation, then your speech can’t be held to the question of true or false.”

Other texts include Italo Calvino’s short story collection Cosmicomics and Lewis Carroll’s Alice’s Adventures in Wonderland.

“There’s a long tradition which says, “Yes, fiction does involve truth—it’s just truth operating on a higher order,’” Rosenfeld says.

“These questions are old. We’re thinking about them in this political context, but it’s the same set of ideas that people have been using to think through literature and poetry and fiction, as far back as I can read.”

Color and Its Affects

Inside Sandeep Mukherjee’s studio, a work in progress lines two walls in layers of fleshy reddish-brown paint. Hanging from the ceiling are aluminum moldings of tree trunks, sprayed with black and white paint that runs down the metal like rivulets.

Mukherjee, an associate professor of art and recipient of a 2017 Guggenheim Fellowship, says one of the challenges his ID1 students will face is the elusive endeavor of writing about color and its affects. (He draws on affect theory as proposed by French philosopher Gilles Deleuze.)

“It escapes, because color isn’t a fixed entity,” Mukherjee says. “It depends on what’s around it, where it’s located, space, time, the person viewing it. So when all these factors come together is when color is produced as an experience, and to try and pin it down in language is almost impossible.

Black and white will be examined too, and Mukherjee notes the inadequacy of those terms in describing race or skin tone.

“You’ve got brown, purple,” says Mukherjee, who often assigns self-portraits to beginning painting students. “I have them make the color that is their flesh, their hair, their eyes, their eyebrows. So they understand how much color each of us has.”

More unsettling is an essay students will read by Aruna D’Souza in Whitewalling: Art, Race & Protest in 3 Acts on the painting Open Casket by Dana Schutz. The painting depicts the grotesquely mutilated face of Emmett Till, the 14-year-old black boy who was murdered in 1955 after whistling at a white woman. His mother chose a glass-topped casket to show the world what had been done.

“There was a huge controversy at the Whitney Museum about race and who gets to speak on it,” Mukherjee says, noting that Schutz, the artist, is white.

“The most gratifying feedback I get is, ‘The way I look at the world has changed on the most basic level,’” Mukherjee says. “That’s profound.”

Wig Winners 2019

The 2019 recipients of the Wig Distinguished Professor AwardThe 2019 recipients of the Wig Distinguished Professor Award, the highest honor bestowed on Pomona faculty, were (from left):

  • Stephan Garcia, W.M. Keck Distinguished Service Professor and professor of mathematics,
  • Guadalupe Bacio, assistant professor of psychology and Chicana/o Latina/o studies,
  • Valorie Thomas, professor of English and Africana studies,
  • Susan McWilliams Barndt, professor of politics,
  • Pey-Yi Chu, associate professor of history, and
  • Carolyn Ratteray, assistant professor of theatre and dance.

In anonymously-written nomination comments, students offered high praise for the six professors who were honored at Commencement on May 19.

Stephan Garcia

W.M. Keck Distinguished Service Professor and Professor of Mathematics Stephan Garcia is the author of more than 80 research articles, many of them with Pomona students as coauthors. In 2018 he was recognized by the American Mathematics Society for his excellence in research in operator theory, complex analysis, matrix theory and number theory. This is his second Wig Award.

  • “Professor Garcia is the best lecturer I have had at Pomona. He is incredibly organized and manages to ensure that all of his students get the most out of every lecture. There has not been a lecture period where I felt that a minute is wasted. Moreover, he cares about bridging disciplines using math. He has a unique ability to put whatever we are learning in terms of contexts that students in other disciplines care about.
  • “Professor Garcia is an amazing math professor. I am thoroughly impressed and grateful for his ability to synthesize different fields of mathematics to portray linear algebra topics from a variety of viewpoints. His Advanced Linear Algebra course is unique in that it caters to majors not only in mathematics but also in physics, economics and computer science.”

Guadalupe Bacio

Bacio joined Pomona in 2016 with a double appointment to the departments of psychology and Chicana/o Latina/o studies. A clinical psychologist and researcher, she explores disparities in alcohol and drug use among young people of ethnic minorities. Bacio directs the CENTRO research lab where she and her students combine several research methods including community-participatory research, laboratory-based tasks and large-scale surveys. This is her first Wig Award.

  • “Professor Bacio is a professor like no other. She does double the work in her classes as she not only provides the learning content, but also a learning community. Students are driven not only to be invested in their own learning but in the learning of everyone around them. She has very high standards for her students, but her drive, passion and energy gives you every reason to want to impress her.”
  • “She teaches from a rich background working on the frontline with the people who are the subjects of our readings. Probably the most ‘real world’ informed professor I’ve had here, which was really refreshing at a point in my time here when ‘the bubble’ was really getting to me.”

Valorie Thomas

Professor of English and Africana Studies Valorie Thomas has taught at Pomona since 1998 and specializes in Afrofuturism, Native American literature, African Diaspora theory and decolonizing theory. Thomas also studies film and visual art, has an ongoing interest in the connections between writing, art and social justice and is a screenwriter. This is her second Wig Award.

  • “I’ve had the chance to take two courses with Val Thomas over the course of my college career. Both have been two of the most impactful classes of my entire four years. Val is communicative, encouraging and articulate without sacrificing accessibility. She’s confirmed to me that I made the right decision when I became an English major. Plus, she’s funny. She knows how to gauge the classroom’s level of attention and emotional state, so that the space is always welcoming even when in the midst of heavy discussions. I have the feeling she’ll be one of the professors I reference in my 30s and 40s when responding to the question: Who influenced you?”
  • “Professor Thomas is the single most compassionate professor I have ever had the honor of knowing. What she teaches students reaches far beyond any academic instruction; the nurturing learning space that she cultivates enlightens students’ minds and spirits in a way that is unparalleled at Pomona College.”

Susan McWilliams Barndt

A third time Wig Award winner, Professor of Politics Susan McWilliams Barndt currently serves as chair of the Politics Department, where she has taught since 2006. Among her areas of expertise are political theory, American political thought, politics and literature and civic education. She is the author, most recently, of The American Road Trip and American Political Thought (2018).

  •  “One of the most brilliant, funny and compassionate professors I’ve ever had. Not only was Professor McWilliams one of the main reasons I chose to major in politics, she’s also one of the people that I trust most on Pomona’s campus. She’s always willing to support students in their academic and personal development, and she provides this support while quoting Plato and James Baldwin.”
  • “Professor McWilliams has taught me how to ask questions. It seems so simple to say, but in this, she has changed my life. Skepticism is not easy to come by anymore; it is hard to remain uncertain in a world as fraught as ours today. I would prefer to make simple choice and think simple thoughts. Professor McWilliams shows how inadequate this is, and how incredibly choosing complexity instead can be.”

Pey-Yi Chu

Associate Professor of History Pey-Yi Chu teaches European history focusing on Russia and the Soviet Union. Through her research, she aims to understand the environment and environmental change through the history of science and technology as well as environmental history. Her first book, The Life of Permafrost: A History of Frozen Earth in Russian and Soviet Science, explores the history of the study of frozen earth and the creation of permafrost science in the Soviet Union. This is her first Wig Award.

  • “ID1 [Critical Inquiry Seminar] is more of a distant memory at this point, but Professor Chu’s Cold Places seminar was a wicked introduction to the writing and creative learning process Pomona so adores.”
  • “Professor Chu is committed to empowering her students through the learning process. She has provided pages (single-spaced!) of feedback for every paper draft I’ve submitted and put in hours of work to make sure that I was producing the best work I possibly could. She treats her students as collaborators, considering their ideas with the utmost respect. She is kind, approachable and dedicated to teaching for teaching’s sake.”

Carolyn Ratteray

Actor and director Carolyn Ratteray is a Daytime Emmy-nominated actress who joined Pomona College in 2016 as a tenure-track faculty member. A first-time Wig Award winner, Ratteray has worked in off-Broadway and regional theatres as well as in television and commercials. She’s served as moderator for on-campus speakers such as Seinfeld’s Jason Alexander and has directed numerous student plays during her time at Pomona such as Midsummer Night’s Dreamand In Love and Warcraft.

  • “Carolyn has meant more to me than I can say. Her presence makes me feel like being an artist, is attainable, worth it and powerful. And more than any other professor here she has been concerned with helping me find my voice not just the directors. Not to mention her commitment to bringing in relevant guest speakers who have ignited my passions all the more!”
  • “Professor Ratteray creates spaces of healing, which is to me, one of the most radical productions of space in an academic setting. In her work as a director for theatre productions housed on Pomona’s stages, and in her classrooms, Professor Ratteray’s pedagogy revolves around centering the voices of people of color, queer and trans folks, and focusing on the imbricated experiences of intersectional bodies. Plainly, she allows us to speak, to move, and to emote in places where the emotional is seen as removed from the work that we must do.”

How to Excel in Both Ballet & Chemistry

Lawrence Chen ’20

Lawrence Chen ’20 knows how to raise the barre. A ballet dancer since the age of 13, Chen is able to balance his professional dancing career while also being a full-time student majoring in chemistry. This April, Chen saw his first co-authored academic article published in a prestigious chemistry journal—a major achievement for any undergraduate student. The publication of the article is the grand finale for Chen, who spent two years doing research with Professor of Chemistry Roberto Garza-López. To understand how Chen is able to rehearse for 15-plus hours (sometimes up to 40 hours a week during performance season) and do graduate-level computational chemistry research, put yourself in his ballet slippers…

1Grow up listening to your mother share stories of studying ballet in Hong Kong—and how she had to give up a career in dance to support her family.

2Own a DVD of the American Ballet Theatre’s 1977 production of “The Nutcracker” starring Mikhail Baryshnikov and Gelsey Kirkland and watch it over and over.

3Begin to study ballet at age 13—an “extremely late” start. Decide to be home-schooled for high school courses in order to allow time to study ballet intensely at a small ballet academy.

4In addition to home-schooling, attend your local community college part time and take almost enough math classes to get an associate’s degree in the subject.

5Participate in large competitions, like the International Ballet Competition and Prix de Lausanne, to have a chance at scholarships to ballet companies with international prestige. Learn from both your successes and your losses to work even harder.

6Get accepted to a number of colleges—including the University of Southern California for its dance program—but choose Pomona for its small classes and close-knit community.

7In your first year, enroll in a ballet class taught by Victoria Koenig, director of the Inland Pacific Ballet dance company. Get invited to audition and dance in productions of “The Nutcracker” two years in a row.

8Take general chemistry courses and find a supportive mentor in Professor of Chemistry Roberto Garza-López, who attends a performance of “The Nutcracker” to see you dance.

9Spend your first two summers on campus, thanks to grants from Pomona and the Howard Hughes Medical Institute (HHMI), conducting computational chemistry research for Garza-López.

10As a co-author, see your data published in Chemical Physics Letters: X, a peer-reviewed chemistry journal, during your junior year while starting rehearsals for a production of “The Little Mermaid.”

 

—Photo by Siggul/VAM

New Knowledge

Leanchoiliid fossil

Leanchoiliid fossil from the Qingjiang biota —Photo by X. Zhang

Geology: Back to the Cambrian

These days, whenever there’s a truly earthshaking development in the world of Cambrian fossils, Professor of Geology Robert Gaines seems to find himself squarely in the middle of it. Last year, it was an article in Science called “Cracking the Cambrian,” about the latest discoveries in the fossil-rich sites that Gaines and his team unearthed in Canada’s Kootenay National Park back in 2012—considered one of the most important geological finds in recent history. This year, it’s something that may be even bigger: a 518-million-year-old fossil site unearthed in the Yangtze Gorges area of South China that may turn out to be even more important, according to a new article, also published in Science.

The new site—dubbed the Qingjiang  biota—was discovered by a team of Chinese researchers in South China. It’s home to a nearly pristine and diverse 500-million-year-old fossil record that has not been impacted by metamorphosis or weathering. The diversity of its fossils may rival that of the Burgess Shale of British Columbia and the Chengjiang fossil site in China’s Yunnan province, which are considered two of the most important fossil finds of the 20th century, according to Gaines, the only American on the team that is studying the site. The new site is more than 600 miles from Chengjiang.

In addition to their high taxonomic diversity, Qingjiang fossils are characterized by near-pristine preservation of soft-bodied organisms—including juvenile or larval forms, arthropod and worm cuticles and jellyfishes—and soft-tissue features that are rarely seen in the fossil record. More than 4,000 specimens have already been collected, with 101 species identified. Of these species, 53 are so new to science that names have to yet to be assigned to them.

“This finding enriches our view of the early animal world and offers us really remarkable views of the simplest animals,” says Gaines. “One of the most incredible things about this finding is the pristine condition of many of these specimens—fossils that haven’t been substantially affected by impacts of time, and in them you can clearly see soft tissues like eyes, tentacles and gills.”

Biology: Olson Wins NSF Grant for Nematode Research

Pomona College Biology Professor Sara Olson has been awarded a prestigious Faculty Early Career Development Award from the National Science Foundation (NSF) to explore the process of embryo development in roundworms. The five-year award of $827,962 will fund her study, as well as research opportunities for Pomona College biology and molecular biology students and rising high school seniors in the Pomona College Academy for Youth Success (PAYS) program.

Using fluorescence microscopy, biochemistry, molecular biology and genetic approaches, Olson’s research focuses on the nematode worm C. elegans, a roundworm, as a model organism to explore how protective barriers form around embryos. Findings from this study could shed light on early embryonic development in other species, including mammals.

“The idea of building a protective barrier around an embryo is common throughout the animal kingdom,” says Olson. “From worms to flies to fish to mammals, all of these animals build protective barriers around their embryos. We study how that barrier forms over the egg during early development. Before fertilization, it has to be porous so the egg is accessible to the sperm, but after fertilization it has to get remodeled and be closed off for protection.”

Another goal is to identify new drug targets to fight parasitic roundworm infection in humans, plants and animals. “These parasitic worms affect people in developing countries in Africa, Central and South America and Southeast Asia,” says Olson. “Parasitic nematode infections are a major burden that cause loss in agriculture, sickness in humans and loss of productivity. If we can figure out how the worm’s eggshell is built, we can also figure out how to destroy it in the parasitic worms.”

Homepage

Running Dry

Ogallala Aquifer

You cannot see an aquifer. What you can see, however, is the impact of these underground water systems, as revealed in this artful image of the vast irrigated fields above the Ogallala Aquifer, which underlies 174,000 square miles of the Great Plains. W.M. Keck Professor of Environmental Analysis and History Char Miller—one of the co-authors of the third edition of Ogallala: Water for a Dry Land (Nebraska, 2018)—describes monstrous roaring pumps that suck the ancient water stored deep beneath these green-hued circles into an array of pipes to irrigate sorghum, corn, cotton and wheat, or to nourish livestock.

“The massive Ogallala, which runs from Wyoming to Texas, has been one of the world’s most productive aquifers, not least because it has been crucial to the growth of the global food system,” he explains. “Yet it is an open question how long it can continue to sustain its vital role, a question that drove John Opie, Kenna Lang Archer and me to co-author this book.”

“Although the book encompasses half a billion years of the region’s history,” Miller adds, “its next-to-last sentence is perhaps the most unsettling: ‘The clear, fresh waters of the Ogallala are being gulped down at 10 times their trickling pace of replacement.’ That demand is accelerating with the exponential growth in the world’s population. By 2050, the Ogallala may be exhausted.”

Ninety-Five Percent Perspiration

molten aluminum

To describe the process of casting in metal, Professor of Art Michael O’Malley offers a paraphrase of Thomas Edison’s famous remark about genius: “It’s 5 percent inspiration and 95 percent just hard work.” The metal pour itself, he explains, is one of the last in a long series of intricate steps, each involving a great deal of painstaking labor. In fact, he says, “I often think of casting as a finishing process, in the same way I think of painting something made of wood.”

The molten aluminum in this photo was to be cast as the legs of a conference table, part of a project intended to engage students in personalizing Pomona’s new Studio Art Hall when it opened a few years ago. “We wanted to connect a teaching experience with a lived experience with future objects,” O’Malley says. “So the idea was to build as much furniture as possible.”

The project grew out of O’Malley’s longtime interest in the narratives encapsulated in the built environment. “Why does the world look the way that it does?” he asks. “And what is it that we can do to, perhaps, populate the built environment with objects that have alternative narratives and signal different kinds of values, different kinds of positions in the world?”

Seabirds and Island Ecology

Anacapa Island

Fresh out of college, Professor of Biology Nina Karnovsky took a job studying seabirds—and she was hooked for life. “Seabirds are sentinels of what’s happening in the ocean,” she says. “There are so many stories about human impacts on bird populations; there’s climate change that is changing the food web, the temperature, the winds. And the birds are responding.”

Over the years, she’s studied penguins in Antarctica, little auks in the Arctic and, closer to home, seabirds on the Channel Islands. “We’ve studied the prey availability and bird distribution around Santa Barbara Island,” she says. “We’ve done cruises with students where we were watching the birds, doing the net-tows, the physics measurements and the chemistry. And I’ve taken students back to the islands for field trips as well, including Anacapa.”

Anacapa Island (pictured) is home to one of the great success stories in conservation. In recent years, the careful elimination of invasive, egg-eating rats on the island has brought the Scripps’s murrelet out of the shadow of extinction. Last year, Karnovsky took her Advanced Animal Ecology class to Anacapa to participate in an accompanying effort to restore native plants. Unfortunately, she says, “there aren’t many success stories like that in island ecology.”

Cold Case from a Hot Planet

NASA image of Maat Mons

This NASA image of Maat Mons, one of the largest volcanoes on Venus, was created from radar data gathered by the Magellan spacecraft as it orbited the seething hot planet. That was a quarter-century ago, but the total amount of data Magellan sent back during its four-year life was so vast that scientists like Eric Grosfils, the Minnie B. Cairns Memorial Professor of Geology, are still digging through it to make new discoveries.

“One of the primary things that we’re doing right now is trying to understand how volcanoes grow and evolve,” Grosfils says. “For a long time we’ve been looking at what controls where magma goes beneath the volcano—why it goes straight up and erupts at the summit, for example, or goes out along a rift zone. The eruption that just happened in Hawaii underscores the fact that even at one of the most heavily studied and instrumented volcanoes in the world, we still get surprised all the time.”

Studying volcanoes on another planet, Grosfils says, is a good complement to studying them on the Earth, partly because it offers a glimpse of how volcanoes evolve in different environments, but also because the volcanic record in a place like Venus is so pristine. “Venus is not subjected to lots of erosion,” he explains. “It doesn’t have oceans that obscure the surface. For reasons like these, there is a pretty complete record of their evolution preserved for us to see.”

Grosfils says fresh discoveries still lurk in those mountains of Magellan data. For instance, last summer, two students in his lab—Brooke Carlson ’20 and Harvey Mudd student Gabi Bellino ’19—used the data to map in detail, for the first time, two large volcanoes, Dzalarhons Mons and Kali Mons. The result? “Among other things, our mapping revealed that the size of each volcano is two to five times what it was understood to be before we mapped,” Grosfils says, “and now we know the sequence of events that built each volcano from the ground up.”

New Knowledge

Fossils on the Cover

Professor Robert Gaines (left) in Kootenay National Park with recent Claremont Colleges graduates Iris Holzer (Scripps ’17) and Ellie Ellis (Pitzer ’18 )

Professor Robert Gaines (left) in Kootenay National Park with recent Claremont Colleges graduates Iris Holzer (Scripps ’17) and Ellie Ellis (Pitzer ’18 )

The alien-looking fossils unearthed by a team of scientists co-led by Pomona College Professor of Geology Robert Gaines were the subject of the cover story in the November 2018 issue of Science.

November 2018 issue of ScienceThe article, “Cracking the Cambrian,” takes readers to Kootenay National Park in Canada and the fossil-rich sites that Gaines and the team discovered in 2012. The sites are home to Burgess Shale fossil beds where more than 10,000 specimens, including unfamiliar and new animals, have already been found by the team. The animal fossils are from the Cambrian period, which saw a sudden explosion of animal life, and offer an increased understanding of early animal evolution on Earth.

“More than 80 percent of diversity of life leaves no fossil record, but here we have fossils that offer a remarkably complete picture during this ‘pop’ in evolutionary history,” says Gaines. The fossils, which show soft tissues, including eyes, muscle bands and gills, have been found along a 10-mile swath of what was once sea floor, now located high in the Canadian Rockies.

Among the unique finds this past year were new fossils that the researchers nicknamed “spaceships” because of their sleek shape. The largest of these was dubbed “the mothership” (naturally). “These animals were relatively giant predators of the Cambrian seas, ranging up to one meter,” Gaines says. “They were swimmers with giant raptorial claws at the front of the head, just in front of the mouth.”

Gaines began working in the area in 2008 and has been back every year since, with the exception of 2011. Though the weather is volatile, the terrain steep and rugged, the grizzly and black bears abundant and the living conditions primitive, he plans to keep going back.

“I’m living my 5-year-old self’s dream,” he says. “My mother brought me a trilobite from a trip when I was a boy, and immediately my enthusiasm for dinosaurs faded. I was intrigued by the idea of this much deeper past and the early history of complex life on Earth.

“The Burgess Shale is perhaps the most important fossil site in the world and is on every paleontologist’s bucket list. I still can’t believe that I am actually working here. And the opportunity to make paradigm-shifting contributions through the discovery of this entirely new fossil area in the Rockies, rich with new and unexpected animal forms, is incredibly rewarding.”

Pakistani Schools Reimagined

Pakistani children on their way to school.

Pakistani children on their way to school.

For more than a decade, Stedman-Sumner Professor of Economics Tahir Andrabi and a team of researchers have been conducting economic surveys on education in Pakistan’s Punjab province. They’ve tested about 35,000 primary schoolchildren in math, language, civics and other subjects and distributed report cards to families. For illiterate parents, they’ve explained the results at village gatherings and town meetings.

The results have echoed throughout the educational system in the region.

“Giving Pakistani families information improved their welfare as consumers of education,” says Andrabi. “It lowered the fees private schools charge and induced lower-quality private schools to improve their test scores. Public schools responded to this information by raising their quality and increasing their enrollment. We are also finding that these effects persist in these villages even after eight years.”

The surveys also exposed some problems, including the difficulty of retaining teachers and the need for better training and better resources.

For Andrabi, education is a “kind of ecosystem. It has teachers, textbook providers, policymakers, regulators. I can name 20 different actors,” he says. “Our job as researchers is to identify the frictions in all these relationships and to think about the barriers to innovation, so people can think about their solutions to their own problems.”

The initial problem for policymakers, says Andrabi, “had been how to get kids in school, particularly girls and the rural poor. As more children entered schools, construction increased and researchers started to notice that it was not enough. The demand for education, for women, for girls, the aspirations parents have for their children are very high. So the question now is how to respond to that need.”

Andrabi has been part of that response, traveling around the world and collaborating with colleagues in education and economics to “reimagine” a school of education. Invited by Pakistan’s leading philanthropist and a founding trustee of its largest private university to work on the project, Andrabi initially intended to lay the groundwork for the new school.

Instead, he is taking a sabbatical to become the inaugural dean of the Lahore University of Management Sciences School of Education, working with eight faculty members and 40 students in a master of philosophy program on educational leadership.

“Any problem that you can think of in the world,” he says, “improving education is going to help.”

Sacrifice & Survival

Tomás Sandoval Sr. (second from left) in a scene from Ring of Red: A Barrio Story.

Tomás Sandoval Sr. (second from left) in a scene from Ring of Red: A Barrio Story.

Stories of patriotism, sacrifice and survival are important themes in the lives of many Chicanos who served in the Vietnam War. And bringing some of those stories to the public through theatre has been a multiyear project for Professor of History and Chicano Studies Tomás Summers Sandoval, who recently staged a new play at the Bootleg Theater in Los Angeles based on the experiences of Chicano veterans.

Adding a personal note to the work was Summers Sandoval’s father, Tomás Sandoval Sr., who joined the production as an actor.

Based on oral histories collected by Summers Sandoval and his students over a period of five years and written as interwoven testimonios—testimonial monologues—Ring of Red: A Barrio Story features stories of post-traumatic stress disorder, addiction, family love and friction—and what it has meant for this generation of Chicanos to live with the scars of war.

The play was directed by Pomona College lecturer and alumna Rose Portillo ’75.

“Chicanos are generally misunderstood as a people,” says Summers Sandoval. “The media often portrays us as a threat, but Chicanos have been interwoven into the U.S. story for a long time, and we have given a lot to this country.”

History and the Court

A copy of the United States Bill of Rights

A copy of the United States Bill of Rights

For Amanda Hollis-Brusky, the 2008 Supreme Court decision about an individual’s right to own a gun is a story about the lawyers, activists and law students who laid the groundwork for a radical new interpretation of the Second Amendment.

“For 150 years, courts interpreted that first part of the clause, the well-regulated militia, as limiting the scope of the right to keep and bear arms,” says Hollis-Brusky, associate professor of politics and author of Ideas with Consequences: The Federalist Society and the Conservative Counterrevolution. “Until the 1970s and 1980s, scholars who were for a robust Second Amendment were lamenting the fact that courts had limited the right and had accepted a lot of regulation because they were putting too much emphasis on the collective, the militia.”

The District of Columbia vs. Heller, a case challenging strict handgun regulations in Washington, D.C., initiated what Hollis-Brusky describes as a two-step process necessary for the court to change a law. “The first thing you need is at least five justices who agree with you. It’s a necessary condition, but it’s not sufficient,” she says. “Those five justices need to have the legitimacy of outside legal scholarship that justifies their opinion.”

The scaffolding for the 2008 case, says Hollis-Brusky, was provided by the Federalist Society, home to conservative and libertarian legal scholars.

“Long before the Supreme Court embraced the individual-rights view of the Second Amendment, the Federalist Society had created a robust academic network to support that idea,” she says. Hollis-Brusky is skeptical that the most recent interpretation of the Second Amendment is the last.

“We talk about constitutional principles, but I think very few on the left or the right adhere so steadfastly to those principles,” says Hollis-Brusky. “The terms of the debate— ‘Are you an originalist or are you a living constitutionalist?’—have shifted. You still need to look to history, but how do you use that history and how do you take into account contemporary circumstances? Those are the big driving questions.”

In the classroom and in her work with students on research, Hollis-Brusky says she sees the next generation of activists. “There is less cynicism and more interest in being strategic in how they engage with the system. One of the things I like to tell them in the post-2016 world is that this is a time of great political possibility, for better or for worse. Things we never imagined would happen are now happening. You have to throw out all the rules about what we ought to expect, and that opens up a lot of possibilities for people who want to reimagine the way we are.”

The Shape of the City

Cranes above a Los Angeles skyline.

Cranes above a Los Angeles skyline.

The drive into Los Angeles reveals a stark contrast. In some areas, towering cranes mark construction sites where office towers, hotels and apartments are being built. Elsewhere, dilapidated buildings, warehouses and parking lots remain, images of urban blight.

Why are some areas redeveloped, while others are not? What roles do zoning and density regulations play? These are some of the questions Associate Professor of Economics Bowman Cutter is trying to answer by combining zoning and property data with Geographic Information System (GIS) technology to create redevelopment maps of parts of Los Angeles County.

“People haven’t linked the property records over time like this before,” says Cutter, an environmental economist and an expert on urban land use. Funded by a Haynes Foundation faculty fellowship, his work will generate a dynamic map to help policymakers and stakeholders visualize redevelopment patterns over time.

“I’d like to look in a much more detailed way than anybody’s done, property by property, on how these density restrictions affect what you build and when you build,” Cutter says. “What I’m trying to say is, if we had different regulations, would the shape of the city be different?”

A Shale’s Tale

Professor Jade Star LackeyShale, a fine-grained sedimentary rock formed from silt or clay particles, holds chemical clues to one of Earth’s most dramatic geological events – when continents first bobbed well above sea level.

Using the Pomona College X-ray Fluorescence Laboratory (XRF), Associate Professor of Geology Jade Star Lackey with Trevor Pontifex ’18 and Christopher “Cal” Neikirk ’19 analyzed the chemical elements of shale rock from around the world – providing an important check on the results gathered by University of Oregon Professor Ilya Bindeman’s research, published in the May issue of Nature. “We’re answering a deep time question about Earth’s behavior with this work,” says Lackey.

“The findings are significant. It puts another piece of evidence of when Earth’s continents stood more prominently above the oceans,” says Lackey, who is chair of the Geology Department. “On a planet that was hot and active and had a vigorous mantle before this, it was hard for continental rock to rise really high.”

Lackey provides an analogy: Imagine dumplings in a pot of stew. They begin as dough that doesn’t have much strength, but nonetheless float near the surface of the pot. As they cook and stiffen, they gain strength and begin to rise up above the surface of the pot. If the stew cools and thickens, in the same way the mantle would have, those dumplings could sit even higher. Tectonics would move the dumplings around, and when several collide—think of this as assembling a supercontinent—they can rise even higher.

The research shows that shale rock sampled from around the world contains a record of the weathering of land that spans most of Earth’s history. The team analyzed oxygen isotopes in samples from every continent to test for fingerprints of the style of weathering that occurred. Lackey explains that the conversion process of land (the dumplings in a pot of stew analogy) to clay minerals in shale is recorded in the oxygen isotopes. “It’s profound to think about, that we’re seeing a different style of weathering start [on Earth].”

Lackey joined Bindeman’s research team in summer 2016, when he and laboratory interns took a look at the bulk chemistry of the shales that were sent to their laboratory.

“The important piece of the story is ‘between 2.2 and 2.5 billion years ago, but to see it, we had to go back and scrape ‘together as many shales as we could find, even the rare stuff, going back to 3.5 billion years ago,” says Lackey, who explains that the shales were hard to find and had to be handled with care in the lab.

The Pomona College Geology Department counts on a number of specialized lab instruments for faculty and student research. The XRF Lab was founded in 2010 and uses an Axios wavelength-dispersive spectrometer which allows analysis of a wide range of elements that make up the bulk of crustal rocks. “We operate with ‘the highest level of research thanks to the ‘College’s support for major equipment,” says Lackey.

From Theory to Practice

From Theory to Practice
Professor Nicholas Ball

Professor Nicholas Ball

A rare collaboration between one of the world’s leading biopharmaceutical companies and a chemistry lab at a small liberal arts college began as the result of a chance encounter.

Chemistry major Ariana Tribby ’17 was presenting a poster at the American Chemistry Society (ACS) National Meeting in Philadelphia in 2016 when her research, under the guidance of Assistant Professor of Chemistry Nicholas Ball, caught the attention of Pfizer’s Senior Principal Scientist Dr. Christopher am Ende.

The biopharmaceutical giant was interested in Ball’s lab work using sulfonyl fluorides to make other sulfur-based molecules. Dr. am Ende was particularly interested in Ball’s work with sulfonamides.

Sulfonyl fluorides have been used in biology for decades, are valued for their stability in water and bioactivity and are now emerging as precursors for a myriad of sulfur-based compounds. According to Ball, the stability of sulfonyl fluorides are more attractive over traditional routes using sulfonamides that require reagents that have a short self-life or undesirable side reactions. The key challenge for Pomona-Pfizer collaborative study was to figure out a way to unlock the reactivity of sulfonyl fluorides for the desired reaction.

Sulfonamides are widely prevalent in the pharmaceutical and agrochemical industries. They represented 15 percent of the top 100 most prescribed drugs, with therapeutic applications against cardiovascular, infectious and neurological diseases in 2016.

This mutual interest between Pfizer and the Ball Lab led to a year-long research partnership to develop a methodology to make sulfonamides from sulfonyl fluorides using calcium salts. Pfizer did the initial work to come up with a sketch for a synthetic route, while Ball’s lab work involved optimizing that synthetic route and testing its versatility. After countless hours in the lab–both at Pfizer and at Pomona–many teleconference calls and more than 100 chemical reactions later, the research team had found an optimal reaction by the end of the summer of 2017.

The study was recently published as an open access article in Organic Letters, one of the most highly-regarded academic journals in organic chemistry. Their work will hopefully translate into more efficient ways to make a diverse array of sulfonamides, key for discovering new drug targets.

The article’s authors include five Pomona students who worked with Ball: Cristian Woroch ’19, Mark Rusznak ’18, Ryan Franzese ’19, Sarah Etuk ’19 and Sabrina Kwan ’20, who are a mixture of chemistry and neuroscience majors. On Pfizer’s side, along with am Ende, the research and article author team includes scientists and medical chemists: Paramita Mukherjee, Matthew Reese, Joseph Tucker, John Humphrey, who work in Pfizer’s Worldwide Research and Development division. Leah Cleary of Ideaya Biosciences was also part of the team.

For Ball, the goal for students in his lab is to learn how to turn theory into practice, to critically work through scientific challenges and to understand and take ownership of their work. With this Pfizer study, Pomona students were able to better understand the applications of pharmaceutical and medicinal chemistry.

“My experience with industry wasn’t until I was on the job market,” says Ball. “I was never exposed to the fantastic science that is occurring at these companies or realized that it was a career possibility. My hope is that this collaboration shows students that there are options for the them with a science degree other than academia.”

Woroch, who was second author in the study, worked closely with both Ball and Pfizer’s am Ende. This project had such an influence on Woroch’s research interests that he is continuing to pursue the topic for his senior thesis, and am Ende will be a second reader for it.

“What I am most excited for is an opportunity to answer questions that have been popping up since the project began,” says Woroch. “Since our collaboration started over a year ago, there has been a clear direction for the research and so when tangentially-related issues arose, I couldn’t address them. Now, I can revisit them and find an entirely new project that is derived from my interests. Dr. am Ende is a very talented scientist and will be a great guide to help me do meaningful and interesting research.”

Woroch adds that the ability to apply science to real world problems is a big part of what drew him to research. “Particularly when projects are challenging or frustrating, having a practical application for your work is a driving force,” he says.

According to ACS data from 2013, 53 percent of chemistry graduates are employed in industry sectors after attending graduate school, while 39 percent go to work in academia.

Besides this research study, Ball, am Ende and Woroch share another commonality: They all received a Beckman Scholarship at some point in their chemistry research careers. The Beckman Foundation provides grants to researchers and nonprofit research institutions in chemistry and life sciences to promote scientific discoveries and to foster the invention of methods, instruments and materials that will open up new avenues of research.

“I am very excited that our collaboration with Dr. am Ende’s group at Pfizer is continuing,” says Ball. “We already have a follow-up [study] to this recent paper underway. During my first conversation with Dr. am Ende, he stated that we should be working together versus working against each other and I couldn’t agree more! It is even more special that we share the bond of being Beckman Scholars.”

Volcanic Venus

Volcanic Venus

For Professor of Geology Eric Grosfils, the scorching planet Venus is a “volcanologist’s playground,” where interpreting well-preserved geological records could help lead to better understanding of volcanoes here on Earth.

Now, a $425,000 NASA research grant will allow Grosfils—the Minnie B. Cairns Memorial Professor of Geology at Pomona—and his research colleague, Pat McGovern from the Lunar and Planetary Institute, to push forward with their efforts to better understand the evolution of stresses within and beneath a volcano as it grows.

The grant proposal, “Breaking the barriers: Time-dependent, stress-controlled growth of large volcanoes on Venus and implications for the mechanics of magma ascent, storage and emplacement,” is a continuation of ongoing research started in 2006 by McGovern and Grosfils.

Their latest grant, awarded by NASA’s Solar System Workings division, provides funding for three years of research and will include a range of new opportunities for student involvement. For instance, students who are just starting their geology education can help perform GIS mapping and analysis of Magellan radar data—work that will help the research team “evaluate the sequence of eruptive events, as well as what structures were forming when, at several large volcanoes on Venus.” More advanced undergraduates can take on more challenging tasks, such as numerical modeling.

In his research as a physical volcanologist, Grosfils investigates the mechanics of magma reservoirs—bodies of potentially eruptible molten rock within the subsurface—and what causes them to destabilize. The question is an important one because knowing when and how a reservoir destabilizes and ruptures is critical to efforts to understand whether escaping magma is likely to move toward the surface and erupt.

“When a magma reservoir destabilizes and feeds materials toward the surface, it can produce an eruption, and persistent eruptions gradually build a load—a volcano—sitting at the surface. The addition of that load over time flexes the crust, however, and changes the stresses around the magma reservoir. This can either enhance the ongoing eruption or shut it down,” explains Grosfils, “and we’re striving to decipher what controls how this mechanical process will play out.”

What makes Venus, the closest planet to the sun, a “volcanologist’s playground”?

“Volcanoes on Earth get affected by a lot of different processes: our atmosphere, oceans, erosion, humans, landslides, plate tectonics … but on Venus, the geological record is in essence not compromised by any of those factors—no plate tectonics, minimal erosion, w  no water, no liquid—so when something happens at the surface on Venus, the record is much more likely to be preserved for the long haul.”

The scientists will use observations derived from radar data and topography of Venus to construct numerical models they will use to examine the evolution of stresses within the crust and uppermost mantle as a volcano is growing.

Their research will add to our knowledge about the formation and evolution of the Venusian surface, which in turn helps scientists apply those findings to better understand the long-term evolution of volcanoes on Earth and the hazards they present to surrounding populations.

The Pearl Harbor Diaries

Pearl Harbor

The attack on Pearl Harbor is familiar history to most Americans, but Pomona College Professor of History Samuel Yamashita has spent years researching little-known aspects of that fateful day.

Poring over prefectural and municipal records and personal diaries, Yamashita chronicles how ordinary Japanese people responded to news of the attack, not only through mass, orchestrated gatherings but also in individual reflections. While “nearly everyone reacted enthusiastically,” with young men the most enthusiastic, Yamashita discovered exceptions that belie the notion of a monolithic response in Japan to news of war.

No one was sorrier that the war had broken out than a Tokyo housewife. Although she was born and raised in Japan, she had spent her 20s and early 30s in Los Angeles. She married and both of her children were born in the U.S. “We firmly believed that no matter how bad our relationship with America got, it would never come to war. … In fighting, one expects that the absolute and final goal was winning. … This was because I thought it was like a child challenging an adult [to fight],” wrote the housewife.

A 48-year-old aeronautical engineer was convinced that Japan could not win a modern war, and he never missed a chance to say so in public. As it happens, he was presenting his views at Tokyo’s Municipal Officials Institute on the morning of the Pearl Harbor attack. “I lectured on my pet theory that Japan was poor in resources, and scientific technique was low; no matter how much we persevered, there would be no victory in modern war,” he said.

Other accounts from young people addressed their ability to continue their schooling if the war continued. “From this point on, I would happily graduate from middle school, but would I be able to enter [ one of ] my choices-Ichiko or Niko [the top high schools in the country]? But if the war situation gets worse while I am a student, I would be drafted and probably would have to go to the battlefield with a weapon,” wrote an anxious middle-school-aged child.

A 13-year old schoolgirl in Tokyo, whose father worked in the U.S., also had mixed feelings about the war. “Today is a very exciting day. At one o’clock the emperor of Japan declared war against England and America. It was so sudden that I could not believe my ears. To fight against the places and friends I love is very hard, because my father is still there. I especially disliked and feared this news.”

A Confucian specialist with mastery of both classical Chinese and classical Japanese, Professor of History Samuel Yamashita has written extensively about early modern and modern Japanese intellectual and cultural history, focusing most recently on Japan during World War II and Japanese and fusion cuisine. He is the author of Daily Life in Wartime Japan 1940–1945 and Leaves from an Autumn of Emergencies: Selections from the Wartime Diaries of Ordinary Japanese.

He plans to continue his Pearl Harbor attack response research in small towns and villages upon returning to Japan this year.