Author: Harvard Gazette Online

  • Harvard China internship program open to Harvard College students

    The Harvard China Student Internship Program (HCSIP), launched in 2008 by the Harvard China Fund, is a collaborative effort involving Harvard’s Office of Career Services and Office of International Programs. Together with Chinese corporations and U.S. companies in China, the program creates transformational experiences for Harvard College students as they prepare for a lifelong engagement with China.

    The HCSIP is open to all Harvard College students, and applications are due by Jan. 29. For more information, visit the Harvard China Fund Web site.

  • Defining themselves

    Two daguerreotypes, acquired by the Harvard Art Museum’s Department of Photographs in 2008 from a local dealer, offer viewers a glimpse at the world’s earliest form of photography, while delivering an important social statement about race in America.

    Nestled in a small space reserved for new acquisitions and light-sensitive objects on the fourth floor of the Arthur M. Sackler Museum, the three-quarter-length images are portraits of an African-American man and a woman. The unidentified subjects, captured by an unknown artist, are middle-aged and dressed in formal, 19th century attire.

    The daguerreotypes, measuring roughly 4 by 5 inches, were likely taken in the 1840s or ’50s in an urban setting such as New York, Philadelphia, or Boston, their accompanying text says.

    The distinguished appearance of the man and woman sets them apart from some other daguerreotypes of black subjects of the period, in particular part of a collection housed at Harvard’s Peabody Museum of Archaeology and Ethnology. Looking back into the camera, the two sitters reflect a sense of strength, social standing, and, perhaps most significantly, independence.

    Harvard’s extensive collection of more than 3,500 daguerreotypes is located in museums, libraries, and archives across the University. Developed in France in the 1830s, the daguerreotype was the first photographic process, and resulted in a unique image on a silver-covered copper plate.

    The works include portraits of many famous men and women. A well-known selection of daguerreotypes at Harvard’s Peabody Museum, compiled by scientist and nature historian Louis Agassiz, shows a number of South Carolina slaves.

    “We wanted to have some representations of African Americans from that time period that could serve as a counter to the J.T. Zealy daguerreotypes at the Peabody, which are images of slaves commissioned by Louis Agassiz in the mid-19th century,” said Michelle Lamunière, John R. and Barbara Robinson Family Assistant Curator of Photography, Harvard Art Museum/Fogg Museum.

    “These two daguerreotypes are commissioned portraits by the sitters, as opposed to works commissioned by a scientist who was attempting to prove theories of polygenesis, which is what the Zealy daguerreotypes were.” Polygenesis is the since-discredited notion that racial differences were the result of humans descending from different ancestors.

    What is important about the two new images, added Lamunière, is the way in which they are used for self-representation. During that era, she noted, African Americans often used photographs as a tool to counter racist stereotypes that were proliferating in print formats, such as sheet music illustrations and Currier and Ives lithographs. “Daguerreotypes,” she said, “offered the sitters a chance to negotiate between how society defined them and how they wanted to be defined themselves.”

    The works will be on display through at least mid-February. For more information, visit http://www.harvardartmuseum.org/calendar.

  • Toxic Metal Found in Kids’ Jewelry Very Dangerous

    Cadmium is particularly dangerous for children because growing bodies readily absorb substances, and cadmium accumulates in the kidneys for decades.

    ”Just small amounts of chemicals may radically alter development,” said Dr. Robert O. Wright, a professor at Harvard University’s medical school and school of public health. ”I can’t even fathom why anyone would allow for even a small amount to be accessible.”

    Read more here (Associated Press)

  • Quantum (not digital) computing

    In an important first for a promising new technology, scientists have used a quantum computer to calculate the precise energy of molecular hydrogen. This groundbreaking approach to molecular simulations could have profound implications, not just for quantum chemistry, but also for a range of fields from cryptography to materials science.

    “One of the most important problems for many theoretical chemists is how to execute exact simulations of chemical systems,” said author Alán Aspuru-Guzik, assistant professor of chemistry and chemical biology at Harvard University. “This is the first time that a quantum computer has been built to provide these precise calculations.”

    The work, described in Nature Chemistry and released Sunday (Jan. 10), comes from a partnership between Aspuru-Guzik’s team of theoretical chemists at Harvard and a group of experimental physicists led by Andrew White at the University of Queensland in Brisbane, Australia. Aspuru-Guzik’s team coordinated experimental design and performed key calculations, while his partners in Australia assembled the physical “computer” and ran the experiments.

    “We were the software guys,” said Aspuru-Guzik, “and they were the hardware guys.”

    While modern supercomputers can perform approximate simulations of simple molecular systems, increasing the size of the system results in an exponential increase in computation time. Quantum computing has been heralded for its potential to solve some problems that are impossible for conventional computers to crack.

    Rather than using binary bits labeled as “zero” and “one” to encode data, as in a conventional computer, quantum computing stores information in qubits, which can represent both “zero” and “one” simultaneously. When a quantum computer is put to work on a problem, it considers all possible answers by simultaneously arranging its qubits into every combination of “zeroes” and “ones.”

    Since one sequence of qubits can represent many numbers, a quantum computer would make far fewer computations than a conventional one in solving some problems. After the computer’s work is done, a measurement of its qubits provides the answer.

    “Because classical computers don’t scale efficiently, if you simulate anything larger than four or five atoms — for example, a chemical reaction, or even a moderately complex molecule — it becomes an intractable problem very quickly,” said author James Whitfield, research assistant in chemistry and chemical biology at Harvard. “Approximate computations of such systems are usually the best chemists can do.”

    Aspuru-Guzik and his colleagues confronted this problem with a conceptually elegant idea.

    “If it is computationally too complex to simulate a quantum system using a classical computer,” he said, “why not simulate quantum systems with another quantum system?”

    Such an approach could, in theory, result in highly precise calculations while using a fraction of the resources of conventional computing.

    While a number of other physical systems could serve as a computer framework, Aspuru-Guzik’s colleagues in Australia used the information encoded in two entangled photons to conduct their hydrogen molecule simulations. Each calculated energy level was the result of 20 such quantum measurements, resulting in a highly precise measurement of each geometric state of molecular hydrogen.

    “This approach to computation represents an entirely new way of providing exact solutions to a range of problems for which the conventional wisdom is that approximation is the only possibility,” said Aspuru-Guzik.

    Ultimately, the same quantum computer that could transform Internet cryptography could also calculate the lowest energy conformations of molecules as complex as cholesterol.

    Aspuru-Guzik and Whitfield’s Harvard co-authors on the paper are Ivan Kassal, Jacob D. Biamonte, and Masoud Mohseni. Financial support was provided by the U.S. Army Research Office and the Australian Research Council Federation Fellow and Centre of Excellence programs. Aspuru-Guzik recently received support from the DARPA Young Investigator Program, the Alfred P. Sloan Foundation, and the Camille and Henry Dreyfus Foundation Inc. to pursue research toward practical quantum simulators.

  • Evolution and ailments

    The subtle but ongoing pressures of human evolution could explain the seeming rise of disorders such as autism, autoimmune diseases, and reproductive cancers, researchers said Friday (Jan. 8) in the Proceedings of the National Academy of Sciences. Some adaptations that once benefited humans may now be helping such ailments persist in spite of — or even because of — advancements in modern culture and medicine.

    “This work points out linkages within the plethora of new information in human genetics and the implications for human biology and public health, and also illustrates how one could teach these perspectives in medical and premedical curricula,” said author Peter Ellison, John Cowles Professor of Anthropology at Harvard University.

    Ellison’s co-authors are Stephen Stearns of Yale University, Randolph Nesse of the University of Michigan, and Diddahally Govindaraju of the Boston University School of Medicine. The research was first presented at the Arthur M. Sackler Colloquium, co-sponsored by the National Academy of Sciences and the Institute of Medicine.

    Colloquium presentations described in the current paper include research suggesting that:

    ● Autism and schizophrenia may be associated with the overexpression of paternally or maternally derived genes and influences, a hypothesis advanced by Bernard Crespi of Simon Fraser University.

    ● Maternal and paternal genes engage in a subtle tug-of-war well into childhood, with consequences for childhood development, according to David Haig, George Putnam Professor of Organismic and Evolutionary Biology at Harvard.

    ● Humans may be susceptible to allergies, asthma, and autoimmune diseases because of increased hygiene, according to Kathleen Barnes of Johns Hopkins University. Without being exposed to intestinal worms and parasites, as our ancestors were, our immune systems are hypersensitive.

    ● Natural selection still influences our biology, despite advances in modern culture and medicine. Stearns found that natural selection favors heavier women and reduces the age at which a woman has her first child.

    In the final presentation of the colloquium, researchers called for the integration of evolutionary perspectives into medical school curricula, to help future physicians consider health problems from an evolutionary perspective.

    “We’re trying to design ways to educate physicians who will have a broader perspective and not think of the human body as a perfectly designed machine,” said Ellison. “Our biology is the result of many evolutionary tradeoffs, and understanding these histories and conflicts can really help the physician understand why we get sick and what we might do to stay healthy.”

    Previous work in evolutionary medicine helped explain why disease is so prevalent and difficult to prevent. Because natural selection favors reproduction over health, biology evolves more slowly than culture, and pathogens evolve more quickly than humans.

    “I think that the main take-home point is that evolution and medicine really do have things to say to each other, and some of these insights actually reduce suffering and save lives,” said Stearns.

  • A new system for measuring poverty

    A new calculus developed at the Harvard Kennedy School provides a more precise method of comparing poverty levels and changes over time, and between countries. The method is outlined in a new Harvard Kennedy School working paper, “On the Measurement of Poverty Dynamics,” co-authored by Daniel A. Hojman and Felipe Kast.

    Using commonly available poverty statistics, the authors established a framework for integrating metrics measuring the flow of people in and out of poverty with those who remain entrenched. In their analysis, the authors concluded that the “war on poverty” saw significant gains in the United States in the 1990s compared with the 1980s.

    “Both decades exhibit similar inflows into poverty, but the 1990s have considerably more outflows,” the authors wrote. “This is in line with findings of the impact of welfare reform. Interestingly, a number of social mobility measures deliver the opposite ordering. If we hold the view that the conditions that shape the evolution of poverty were significantly improved by the reform … this suggests that our method provides a more accurate account of poverty dynamics than existing measures.”

    Hojman and Kast also ranked both the United States and Germany behind the United Kingdom in aggregate poverty dynamics during the 1990s, although they ranked the United States first in terms of “social mobility,” the ability of those citizens in poverty to move themselves out of it.

    “We view these axioms as a natural benchmark that allows for a parsimonious characterization of a ranking over distributions of streams of welfare attributes, and facilitates comparisons with those singled out by social mobility,” the authors concluded. “At the same time, principles that highlight other dimensions of income dynamics,” for instance “the income growth rate of poor individuals rather than changes in deprivation levels, can offer important insights. Analyzing the robustness of the rankings produced by our measures as we vary the underlying static deprivation scale also deserves more attention. Expanding the set of applications is an important step for future research.”

    Hojman, an assistant professor of public policy, teaches microeconomics at the Kennedy School. His main research areas are theoretical and applied microeconomics and political economy. Kast is on faculty at the Universidad Católica de Chile, and currently is a fellow at the Kennedy School’s Center for International Development.

    You can read the working paper here: http://web.hks.harvard.edu/publications/workingpapers/citation.aspx?PubId=6882.

  • Tracking our traits

    Fossils may provide tantalizing clues to human history, but they also lack some vital information, such as revealing which pieces of human DNA have been favored by evolution because they confer beneficial traits — resistance to infection or the ability to digest milk, for example. These signs can only be revealed through genetic studies of modern humans and other related species, though the task has proven difficult.

    Now, in a paper appearing in the Jan. 7 edition of Science Express, researchers describe a method for pinpointing these preferred regions within the human genome that offers greater precision and resolution than ever before, and the possibility of deeply understanding both our genetic past and present.

    “It’s clear that positive natural selection has been a critical force in shaping the human genome, but there are remarkably few examples that have been clearly identified,” said senior author Pardis Sabeti, an associate member of the Broad Institute of Harvard and MIT and an assistant professor of organismic and evolutionary biology at Harvard University. “The method we’ve developed makes it possible to zero in on individual genes as well as the specific changes within them that are driving important evolutionary changes.”

    Positive natural selection is a process in which advantageous traits become more common in a population. That is because these traits boost an individual’s chances of survival and reproduction, so they are readily passed on to future generations. Identifying such traits — and the genes underlying them — is a cornerstone of current efforts to dissect the biological history of the human species as well as the diseases that threaten human health today.

    “In the human genome, positive natural selection leaves behind very distinctive signals,” said co-first author Sharon Grossman, a research assistant at Harvard University and the Broad Institute. Yet earlier methods for detecting these signals are limited, highlighting relatively large chunks of the genome that are hundreds of thousands to millions of genetic letters or “bases” in length, and that can contain many genes.

    Of the hundreds of these large genomic regions thought to be under positive natural selection in humans, only a handful have so far been winnowed to a precise genetic change.

    “Finding the specific genetic changes that are under selection can be like looking for a needle in a haystack,” said Grossman.

    Sabeti, Grossman, and their colleagues wondered if there might be a way to enhance this genomic search. Because existing methods for detecting natural selection individually measure distinct genomic features, the researchers predicted that an approach that combines them could yield even better results.

    After some initial simulations to test their new method, the research team applied it to more than 180 regions of the human genome that are thought to be under recent positive selection but where the specific gene or genetic variant under selection is unknown.

    The researchers’ method, called “Composite of Multiple Signals,” or CMS, enabled them to dramatically narrow the size of the candidate regions, reducing them from an average of eight genes per region to one. Moreover, the number of candidate genetic changes was reduced from thousands to just a handful, helping the researchers to tease out the needles from the haystack.

    “The list of genes and genetic loci we identified includes many intriguing candidates to follow up,” said co-first author Ilya Shlyakhter, a computational biologist at the Broad Institute and Harvard University. “For example, a number of genes identified are involved in metabolism, skin pigmentation, and the immune system.”

    In some cases, the researchers were able to identify a specific genetic change that is the likely focal point of natural selection. For example, a variation in a gene called protocadherin 15, which functions in sensory perception, including hearing and vision, appears to be under selection in some East Asian populations. Several other genes involved in sensory perception also appear to be under selection in Asia. In addition, the team uncovered strong evidence of selection in East Asians at a specific point within the leptin receptor gene, which is linked to blood pressure, body mass index, and other important metabolic functions.

    The researchers also localized signals to regions outside of genes, suggesting that they function not by altering gene structure per se, but by changing how certain genes are turned on and off.

    While the findings in the Science paper offer a deep glimpse of evolution’s handiwork, the researchers emphasize that further studies of individual genetic variations, involving experiments that explore how certain genetic changes influence biological function, are necessary to fully dissect the role of natural selection and its impact on human biology.

    “This method allows us to trace evolution’s footprints with a much finer level of granularity than before, but it’s one piece of a much larger puzzle,” said Sabeti. “As more data on human genetic variation becomes available in the coming years, an even more detailed evolutionary picture should emerge.”

  • HKS receives $20.5M for Asia studies

    Echoing a period of tremendous economic growth and political transformation in East Asia, the Harvard Kennedy School (HKS) has announced a $20.5 million gift to launch an important initiative designed to expand and strengthen the School’s support of policy research and educational programming in Asia.

    The permanently endowed Rajawali Foundation Institute for Asia will bring together academics and practitioners from around the world to enhance research, teaching, and training on public policy and governance issues of critical importance in Asia. A separate gift establishes a Harvard Kennedy School Indonesia Program within the institute, which will promote research, education, and capacity building in support of democratic governance and institutional transformation in Southeast Asia. As the world’s largest majority Muslim country, Indonesia is an important model for positive institutional change.

    The institute and program will be housed in the newly renamed Ash Center for Democratic Governance and Innovation.

    “The Rajawali Foundation Institute for Asia at Harvard Kennedy School will create opportunities for Harvard scholars and students to work with people and institutions throughout the Asian continent,” said Harvard University President Drew Faust. “It will serve as a hub for policy research, education, and dialogue on a region that continues to grow in political and economic influence.”

    “We are deeply grateful for this generous gift to the Kennedy School,” said Dean David T. Ellwood. “Asia has experienced dynamic growth and change over the past two decades, enhancing the region’s influence on international policy and discussions while also increasing the challenges facing governments throughout the region. The new institute and program at the Ash Center will help enrich the policy dialogue among scholars, students, policymakers, and Asian leaders throughout many levels of government, business, and civil society.”

    “I would like to express my sincere appreciation to Dean Ellwood and Director [Anthony] Saich for making this moment possible,” said Peter Sondakh, chairman of the Rajawali Foundation. “We are embarking on a very important relationship. Establishing the Rajawali Foundation Institute for Asia will open new opportunities both at the Kennedy School and in the region of Asia. For those of us at Rajawali, it is our hope that this institute will be a valuable instrument for deepening understanding of Asia, exploring possibilities for innovation, and advancing important initiatives that will affect millions of lives in Asia.”

    The institute will link existing Kennedy School programs focusing on Asia, such as the China Public Policy Program, the Vietnam Program, and Asia Vision 21. Asian scholars and practitioners will spend time at the center as research fellows, attending symposia and participating in executive education and policy dialogue programs. The HKS Indonesia Program will host Indonesian scholars and policymakers who will undertake research fellowships and attend both degree courses and executive education programs. Harvard scholars will collaborate with Indonesian colleagues in Indonesia and will participate in events both in Indonesia and at Harvard.

    Anthony Saich, director of the Ash Center for Democratic Governance and Innovation, said, “We are indebted to the Rajawali Foundation for their support in establishing the Rajawali Foundation Institute for Asia and the Harvard Kennedy School Indonesia Program. The newly created institute promises to strengthen our teaching capacity and enhance our center’s public policy research and expertise, not only in Indonesia but throughout Asia, encouraging ongoing dialogue and knowledge sharing among key policymakers, faculty, and students.”

    The Ash Center for Democratic Governance and Innovation advances excellence in governance and strengthens democratic institutions worldwide. Through its research, education, international programs, and government innovations awards, the center fosters creative and effective government problem solving and serves as a catalyst for addressing many of the most pressing needs of the world’s citizens. For more information, visit www.ashinstitute.harvard.edu.

  • Swim School offering spring classes

    The Harvard Swim School, which provides swimming and diving lessons for adults and children (ages 5 and up), will offer Saturday morning classes (March 27-May 1) at Blodgett Pool and the Malkin Athletic Center. Each session is 35 to 40 minutes. Classes will be offered at 9:30 and 10:15 a.m. (adult classes offered only at 10:15).

    For more information, visit the Harvard Swim School Web site or contact Keith Miller at [email protected].

  • Harvard prof receives IIT-M distinguished alumnus award

    “Why do you read Shakespeare? And you don’t learn plumbing and electrical work because they are useful in daily life, do you?” responds Harvard University professor L Mahadevan when he’s asked about the relevance of mathematics in daily life. He strongly disagrees with suggestions that mathematics is the toughest subject to learn for students or that the concepts are hard to grasp as teachers do not make the subject interesting…

    Read more here (The Times of India)

  • Thompson wins writing grant

    Harvard Review Editor Christina Thompson has been awarded a Creative Writing Fellowship in Prose by the National Endowment for the Arts (NEA). Thompson was one of 42 nonfiction and prose writers chosen from an applicant pool of about 1,000. The award carries a $25,000 stipend.

    Thompson’s work-in-progress explores the history of Polynesian people and how they came to inhabit the Pacific region. Thompson, who grew up in Boston, became enamored with the area while studying in Australia on a graduate school fellowship. She enrolled as a doctoral student at the University of Melbourne and, on a trip to New Zealand, met Seven, a Maori man who would become her husband. Their relationship is prominently featured in her book, “Come On Shore and We Will Kill and Eat You All,” a historical memoir that inspects interactions between Westerners and Maoris.

    “This new project takes off from a chapter in that book called ‘Hawaiki,’ and goes back in time to recount the ancient Polynesian colonization of remote Oceania,” said Thompson.

    Thompson received a grant from the Literature Board of Australia in November — more funding that, along with the award from the NEA, will enable her to travel alongside her husband and sons to conduct research in far-flung places like Vanuatu, Tonga, New Zealand, Australia, and French Polynesia. “We’re hoping to visit a couple of archaeological sites and get to some of the more out-of-the-way islands, including an atoll or two.”

    “The NEA fellowship is a very lucky break for me because I’ve been wanting to write this book for a few years,” said Thompson. “I can do a large part of the background research right here in Widener [Library], but when it comes to getting the feeling of the places — the color of the sky, the feel of the air, the temperature of the water — there is really no substitute for getting your feet in the sand.”

    Thompson’s work has appeared widely in publications such as Vogue, American Scholar, the Journal of Pacific History, and Australian Literary Studies, and in the 1999, 2000, and 2006 editions of Best Australian Essays. She has been the editor of Harvard Review since 2000, and teaches creative writing courses at Harvard Extension School, where she won the James E. Conway Excellence in Teaching Writing Award in 2008.

  • Mass. lags on homes for assisted living

    Assisted living has rapidly emerged over the past decade as the long-term care of choice for older Americans, but a Harvard Medical School study reveals that in Massachusetts, this type of housing is far less available than it is nationwide.

    The research, published today in the journal Health Affairs, also finds that assisted-living facilities – one of the fastest-growing forms of senior housing because they offer more privacy, freedom, and flexibility than nursing homes – are disproportionately located in more upscale areas…

    Read more here (The Boston Globe)

  • Atul Gawande’s ‘Checklist’ For Surgery Success

    Speaking about dealing with unexpected challenges in medicine, Atul Gawande — a surgeon who writes for the New Yorker when he’s not at his day job at Harvard Medical School — relates a story about a man who came into an emergency room with a stab wound…

    Read more here (NPR)

  • Ihor Ševčenko

    Ihor Ševčenko, the eminent Byzantinist and Dumbarton Oaks Professor of Byzantine History and Literature, Emeritus, died peacefully at his Cambridge home on Dec. 26 after eight months of failing health, just short of his 88th birthday.

    At Harvard he was a member of the Department of the Classics from 1973 to 1992, and associate director of the Ukrainian Research Institute from 1973 to 1989. A master of many Slavic and Western languages in their ancient, medieval, and modern forms, Ševčenko was known as a brilliant researcher in history, philology, and literature. Over a distinguished academic career, he held teaching or research appointments at 15 institutions, ranging from the University of California, Berkeley, to the University of Michigan in the United States, and from the Central European University of Budapest to the University of Oxford in Europe.

    Ševčenko was born of Ukrainian parents in early 1922 in Radość, a village in east-central Poland, not far from Warsaw. His father and mother, Ivan Ivanović and Maria Czerniatyńska Ševčenko, before emigrating to Warsaw, had been active in the Ukrainian national movement, and Ivan had been a department head in the Interior Ministry. In the Polish capital, the young Ševčenko attended the Adam Mickiewicz Gymnasium and Lycaeum, where he studied classical languages and probably others. Already as a teenager he had translated into Polish an extract from one of Voltaire’s works for a student journal.

    His first university studies were at the Deutsche Karlsuniversität in Prague, where he mastered Czech and German, and in 1945 he was granted a doctorate of philosophy in classical philology, ancient history, and comparative linguistics. During this period, he published a translation of George Orwell’s “Animal Farm” into Ukrainian. For that translation, intended for ordinary Ukrainians, including literate peasants, living in the camps for displaced persons in Germany following World War II, he was able to persuade Orwell to contribute an account of his own personal history and the backdrop to the dystopian novel.

    Ševčenko then migrated to Belgium, where he spent four years at the Université Catholique de Louvain, studying classical philology and Byzantinology. He received a degree as “docteur en philosophie et lettres” in 1949. He also participated in the seminar in Byzantine history presided over by Henri Grégoire in Brussels. Grégoire, the prodigiously productive and charismatic leader of Byzantine studies in Belgium, was to have a lasting impact on Ševčenko the scholar. Years later, he recalled that Grégoire’s seminars remained for him “among the most exciting of my intellectual experiences.” He also felt an undying gratitude toward the older man for having extended a hospitable hand in a time of need, to himself and others — “the homeless flotsam,” in Ševčenko’s words, left adrift in the aftermath of World War II.

    Ševčenko moved to the United States at the beginning of the 1950s as the result of an invitation from the famous medievalist Ernst Kantorowicz, and was given his first academic employment by the University of California, Berkeley, lecturing on ancient and Byzantine history. There, he met his first wife, Margaret Bentley. Following two years of fellowship and research in Washington, D.C., and Cambridge, Mass., he became an instructor in Slavic languages and literatures at the University of Michigan. The appointment soon turned into a professorial position from 1954 to ’57, for which his teaching duties included Slavic languages, old Russian literature, and Byzantine history. His next post was at Columbia University where, as an associate and then a full professor, he taught a spectrum of Byzantine and Slavic studies. Some of his first doctoral students came out of the Columbia years, 1957 to ’65.

    After a stint in 1960 as visiting scholar at Dumbarton Oaks in Washington, D.C., the mecca for Byzantine studies in North America, he began a close association with the Harvard institution that was to last the rest of his life. In 1965 he was invited to join the resident senior scholars there, and he spent the next eight years in the idyllic Georgetown setting, with a glorious library at his fingertips, and surrounded each year by different coteries of researchers on fellowships, as well as by a succession of the most distinguished Byzantinists visiting from Europe. His stay there overlapped for a number of years with the residency of Cyril Mango, another giant of Byzantinology. Here the two friends presided over the center’s intellectual life, sometimes daunting but generally dazzling the junior fellows in particular. On the down-to-earth side, Ševčenko and his second wife, the art historian Nancy Patterson Ševčenko, provided the relaxing highlight of each week by hosting on Wednesday evenings an open house party for the Dumbarton Oaks community.

    In 1973, Ševčenko made his last major academic move, from Washington to Cambridge, to become the Dumbarton Oaks Professor of Byzantine History and Literature at Harvard, as a member of the Department of the Classics. He taught medieval Greek courses, offered seminars on Byzantine literature and paleography, and trained graduate students. He was co-editor of “Harvard Ukrainian Studies,” which he helped to found. And he was an active member of the Ukrainian Research Institute, which he helped to establish in 1973, until his retirement in 1992.

    As a scholar, Ševčenko shared an unusual number of similarities — some hardly accidental — with his intellectual mentor, Grégoire: expertise in a remarkable range of Western and Slavic languages; a scholar’s basis in classical philology; student wanderings to several countries; exploratory travels for manuscripts in libraries and inscriptions on site; and a gift for astute, off-the-cuff ideas and conjectures.

    Mango, one of the most astute readers of Ševčenko, in his comparison of Grégoire and Ševčenko included “a multiplicity of enthusiasms that have prevented both men from writing big books.” On the occasion of the 1984 Festschrift for his one-time colleague at Dumbarton Oaks, Mango expressed the wish for “a book on Byzantium and the Slavs, and perhaps another on Byzantine hagiography, or a least a long and thoughtful article on each.” Over the course of Ševčenko’s career, no book-length narratives were produced, but in rich compensation there were large collected volumes containing a wealth of important articles, some long, all thoughtful, and each an eye-opener for the thoroughness of the scholarship and the vividness of its presentation.

    For extensive studies there was, at the beginning, the doctoral monograph on two 14th century statesmen and literati, Theodore Metochites and Nikephoros Choumnos, finally published in 1962; and at the end, almost ready for the printer after more than 20 years of careful preparation, there was a critical edition and translation of a seminal biography composed in the 10th century, “The Life of Emperor Basil I.” Among the articles and essays were many standouts. For instance, there was the enlightening and entertaining essay on “Two Varieties of Historical Writing” in which a magisterial Ševčenko compared the “vivid” and the “technical” historian, or, using his more colorful terms, the “butterfly” and the “caterpillar.” There was the widely read and appreciated “The Decline of Byzantium Seen Through the Eyes of Its Intellectuals,” in the Dumbarton Oaks Papers of 1961. In the same journal in 1971, there was the stunning piece of detective work, “The Date and Author of the So-Called Fragments of Toparcha Gothicus,” in which he surgically unmasked scholarly fraud perpetrated by a 19th century Hellenist and paleographer, the Franco-German Karl Benedikt Hase. There is an impressive 1995 overview of studies in one of his favorite genres, biographies of saints, titled “Observations on the Study of Byzantine Hagiography in the Last Half-Century, or Two Looks Back and One Look Forward.” His collected Byzantine papers were issued in two volumes, while his contributions over a lifetime to Byzantino-Slavic and Ukrainian cultural and historical matters were likewise published in two volumes.

    Ševčenko was president of the Association Internationale des Études Byzantines from 1986 to ’96, and the breadth of his scholarship and accomplishments received further recognition in multiple honorary doctorates, as well as membership in numerous learned societies. Research and literary prizes came his way from Germany (the Alexander von Humboldt Stiftung) and Ukraine (L’viv and Kyiv). The title of the first of two Festschriften produced in his honor, “Okeanos” (1984), captured the vastness of his learning. (Appropriately, it borrowed the sobriquet of a very large manuscript, called “The Ocean,” in a monastery on Mt. Athos containing an encyclopedic collection of texts dealing with the sciences, literature, philosophy, and theology.) In his written self-presentation, he liked to end the long list of his achievements and honors with the modest notice, at once heartfelt and humorous, “His hobby is trout fishing.” In the epitaph, which he composed in Latin a few years ago, he said of himself: “Over a long life he witnessed very many deaths; his own, therefore, he did not fear.”

    He is survived by his two daughters, Catherine and Elisabeth; three grandchildren; former wives Oksana Draj-Xmara Asher and Nancy Patterson Ševčenko; and numerous students, colleagues, and friends.

    Interment took place during a private service at Mount Auburn Cemetery in Cambridge. Plans are pending for a public memorial service to be held at Harvard in early February. In lieu of flowers, donations are being accepted to establish an endowment in his name to award travel grants to students in Byzantine and premodern Slavic studies. (For details, visit https://sites.google.com/site/ihorsevcenko/donations.)


    Written by John Duffy, Dumbarton Oaks Professor of Byzantine Philology and Literature and chair of the Department of the Classics at Harvard University.

  • When a coach may help

    Carol Kauffman has a question for you: If your life could look the way you’d really like it to look, what would that be?

    Depending on your answer, she’ll help you build on your strengths so you can pull yourself toward your goals, step by small step. She’ll also hold you accountable.

    Although Kauffman is a psychologist, this is coaching, not therapy. Codirector of the new Institute of Coaching at Harvard-affiliated McLean Hospital, she is working to solidify the growing body of evidence-based research supporting the relatively new field that is often defined by what it is not…

    Read more here (The Boston Globe)

  • Panel finds no digestion problem specific to autism

    CHICAGO – An advisory panel says there is no rigorous evidence that digestive problems are more common in children with autism compared with other children or that special diets work, contrary to claims by celebrities and vaccine opponents…

    “There are a lot of barriers to medical care to children with autism,’’ said the report’s lead author, Dr. Timothy Buie of Harvard Medical School. “They can be destructive and unruly in the office, or they can’t sit still. The nature of their condition often prevents them from getting standard medical care…”

    Read more here (Associated Press)

  • Couple donates $1m for nursing program

    Wellesley residents Burton and Gloria Rose recently presented Hebrew SeniorLife with a $1 million gift to support its Nursing Career Development Program, which allows certified nursing assistants who work for Hebrew SeniorLife to become licensed practical nurses…

    Hebrew SeniorLife, an affiliate of Harvard Medical School, offers senior housing, health care, research, and education programs…

    Read more here The Boston Globe