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UMD Marks Official Transition to Big Ten Today with Campus Celebration

July 1, 2014

Katie Lawson 301-405-4622, 240-459-2730 (cell)

Think B1GCOLLEGE PARK, Md. – The University of Maryland marks its historic move to the Big Ten Conference today with an on-campus celebration. UMD students, faculty, staff and community members will join together to commemorate the transition at an event with performances by The Mighty Sound of Maryland Marching Band and UMD Spirit Squad.

The event, taking place from 12 – 1:30 p.m. on Mitchell Field, will also feature:

  • Remarks from President Wallace Loh, Director of Athletics Kevin Anderson and Johnny Holliday, who serves as the voice of the Terrapins during athletic events;
  • TERPRIDE, a retro-fitted bus featuring interactive games, music and a chance to win prizes; and
  • A new B1G ice cream flavor.

“This is truly a 'B1G' moment for us athletically and academically,” says University of Maryland President Wallace D. Loh. “We celebrate campus wide because the benefits of membership in the Big Ten span the whole institution.”

Today’s celebration commemorates more than just a change for athletics. As a member of the Big Ten Conference, UMD has also become a member of its academic arm – the Committee on Institutional Cooperation (CIC). As a member of the CIC, UMD’s students, faculty and staff will have the opportunity to collaborate with colleagues across all Big Ten institutions.  Some examples of these cross-institutional collaborations include:

  • Research in the area of traumatic brain injury;
  • Student leaders visiting Capitol Hill to advocate for research grants and affordable textbooks;
  • Access to research materials multiplied from more than 4 million volumes in the UMD libraries to over 90 million volumes in the combined collections of the CIC libraries;
  • Joining forces to commission plays to inspire new works by and about women, an initiative only possible through combined financial resources;
  • Maryland doctoral students now have the opportunity to work alongside Smithsonian researchers through the Smithsonian CIC Fellowship Program;
  • Through technology, unique courses from other CIC universities will be available to Maryland students; and
  • For our faculty, the CIC offers an academic leadership program to help develop emerging education administrators.

The university's celebration of its new place in the Big Ten Conference will continue through the fall, including a campus-wide launch event on the first day of classes, Sept. 2, featuring B1G games and giveaways; and Homecoming weekend celebrations from Oct. 16-19.

Celebrate the Fourth of July at UMD

June 30, 2014

City of College Park, 240-487-3570

FireworksCOLLEGE PARK, Md. – The University of Maryland and the City of College Park will host an Independence Day celebration on Friday, July 4, 2014. 

A free concert and fireworks are on tap for the night on the University of Maryland campus in Lot 1 adjacent to Campus Drive off Adelphi Road.

A performance by The Nightlife Band will begin at 7:00 p.m. Fireworks will then begin at dusk - about 9:00 p.m., for a 30 to 40 minute program. In case of rain cancellation, there will be only fireworks on Saturday, July 5.

Concessions open at 5:00 p.m. offering hamburgers, hot dogs, funnel cakes, ice cream, snow cones, soda and bottled water. Grass seating is limited, so bringing lawn chairs and blankets is recommended. Personal coolers are also allowed.

For more information, call 240-487-3570.

University of Maryland Scientists Identify New Microbes Linked to Severe Diarrhea

June 27, 2014

Tom Ventsias, University of Maryland, College Park, 301-405-5933
Christopher J. Hardwick, University of Maryland School of Medicine, 410-706-5260

COLLEGE PARK, Md. – In a finding that may one day help control a major cause of death among children in developing countries, a team of researchers led by faculty from the University of Maryland, College Park and the University of Maryland School of Medicine has identified microorganisms that may trigger diarrheal disease and others that may protect against it. These microbes were not widely linked to the condition previously.

O. Colin Stine, a professor of epidemiology and public health at the University of Maryland School of Medicine"We were able to identify interactions between microbiota that were not previously observed, and we think that some of those interactions may actually help prevent the onset of severe diarrhea," says O. Colin Stine (pictured right), a professor of epidemiology and public health at the University of Maryland School of Medicine.

A much better understanding of these interactions is important, Stine adds, as they could lead to possible dietary interventions. Moderate to severe diarrhea (MSD) is a major cause of childhood mortality in developing countries and ranks as one of the top four causes of death among young children in sub-Saharan Africa and South Asia.

Mihai Pop, an associate professor of computer science at the University of Maryland, College ParkStine and Mihai Pop (pictured left), an associate professor of computer science at the University of Maryland, College Park led the six-year project funded by $10.1 million from the Bill & Melinda Gates Foundation. The research results are available in a paper published today in the journal Genome Biology.

The researchers used a technique called high-throughput 16S rRNA genomic sequencing to examine both "good" and "bad" microbiota -- the tens of trillions of microbes that inhabit the human intestinal system -- in samples taken from 992 children in Bangladesh, The Gambia, Kenya and Mali under the age of 5 who were suffering from MSD.

The researchers identified statistically significant disease associations with several organisms already implicated in diarrheal disease, such as members of the Escherichia/Shigella genus and Campylobacter jejuni. They also found that organisms not widely believed to cause the disease, including Streptococcus and Granulicatella, correlated with the condition in their study. In addition, the study revealed that the Prevotella genus and Lactobacillus ruminis may play a protective role against diarrhea.

The project is an offshoot of a $20 million study commissioned by the Gates Foundation in 2006. The Global Enterics Multicenter Study (GEMS) was launched in response to unanswered questions surrounding the burden and etiology of childhood diarrhea in developing countries.

GEMS collected troves of useful data on MSD, yet there were still some uncertainties, says Pop, who also has an appointment in the University of Maryland Institute for Advanced Computer Studies.
For example, in almost 50 percent of the children examined with diarrhea, the condition could not be attributed to a specific causal pathogen. The GEMS research also found numerous children carrying Shigella, which is known to cause problems, yet the children showed no signs of MSD.

The Gates Foundation contacted the two University of Maryland scientists in 2007, looking for new analyses of the GEMS data via a combination of computational biology, epidemiology and public health.

"New technologies have opened up new windows of discovery, so they asked us to look at the samples," says Pop, who adds that he and Stine expect to conduct further genomic and epidemiological studies to assess the potential development of diet- or microbiological-based therapeutics.

The longstanding scientific collaboration between the two researchers is enhanced by the MPowering the State strategic partnership, launched in 2011 to support collaborative research and education between the state's top two public research institutions, the University of Maryland, College Park and the University of Maryland, Baltimore.

In addition to funding from the Bill & Melinda Gates Foundation, this study was also supported partly by the National Institutes of Health, the National Science Foundation and The Wellcome Trust.

UMD's Deepthought2 Debuts in Global Supercomputer Rankings

June 26, 2014

Deepthought2COLLEGE PARK, Md. – A University of Maryland supercomputer for the first time has been ranked among the most powerful supercomputers in the world, according to the 43rd edition of the closely watched list released twice yearly by Deepthought2, launched in May 2014 to support advanced research activities, ranks No. 14 among U.S. universities, making the high-performance computing system one of the nation's fastest in an academic setting.

In the recently released June 2014 TOP500 List, Maryland's Deepthought2 ranked No. 347 in the world, with performance listed as 298.2 peak teraflops. This means that Deepthought2 can complete between 250 trillion and 300 trillion operations per second. It has a petabyte (1 million gigabytes) of storage and is connected by an InfiniBand network, a very high-speed internal network. Put another way, Deepthought2 is the equivalent of 10,000 laptops working together, it has 2,000 times the storage of an average laptop, and its internal network is 50 times faster than broadband.

"Having one of the world's most powerful supercomputers demonstrates that the University of Maryland is intent on providing the local high-performance computing capabilities our faculty and student researchers need to increase dramatically the pace and scope of their scientific explorations and discoveries," said Ann G. Wylie, Professor and Interim Vice President for Information Technology. "This new research computing asset cements UMD's role as one of the country's premier academic centers for scholarship and research," Dr. Wylie said.

UMD researchers plan to use Deepthought2 in a variety of investigative fields ranging from health sciences to fire protection engineering to earth sciences.

"Supercomputing is a transformative technology for U.S. universities," said Fran LoPresti, Deputy CIO of Cyberinfrastructure and Research IT for the Division of Information Technology. "Now, Maryland's world-class supercomputer equips researchers with the computing resources and data storage necessary to make scientific and engineering advances in some of the most challenging compute-intensive and data-intensive fields," said LoPresti.

"We've established new interdisciplinary teams that will rely heavily on this superb computing platform to tackle some of the biggest challenges in astronomy, bioinformatics, and the environmental sciences," said Dr. Amitabh Varshney, Director of the University of Maryland Institute for Advanced Computer Studies and Professor of Computer Science.

Redox, UMD, Microsoft, Trans-Tech to Develop Transformational Natural Gas Fuel Cells Through $5 Million in ARPA-E Funding

June 23, 2014

Eric Schurr, (301) 405-3889 
Media Contact: Graham Binder, (301) 405-4076

COLLEGE PARK, Md. —Redox Power Systems LLC, the University of Maryland, Microsoft Corporation and Trans-Tech Inc. (a subsidiary of Skyworks Solutions Inc.) are teaming to develop transformational fuel cells through a $5 million cooperative agreement funded by the Advanced Research Projects Agency – Energy (ARPA-E) Reliable Electricity Based on ELectrochemical Systems (REBELS) program, company and university officials jointly announce today.

The goal of the project is to further advance Redox’s high-performance fuel cells and drive them to market-readiness for a broader range of applications than the company’s 25 kW Cube product, including low-cost distributed power generation (and heating and cooling) for homes, and for Microsoft—which is providing additional support for the project—energy-efficient datacenters. The technological advances resulting from this project will open the door for additional applications such as transportation.

“This project will finally make fuel cells an affordable technology,” said Professor Eric Wachsman, University of Maryland Energy Research Center (UMERC) in the A. James Clark School of Engineering, who is also a Redox co-founder. “All of the elements we are going to work on—lower temperature, higher power density, faster startup time and load following—these will make fuel cells easier to sell by bringing their cost down even further. It accelerates everything.”

Fuel cells—or devices that convert the chemical energy of a fuel source into electrical energy—are optimal for distributed power generation systems, which generate power close to where it is used, according to ARPA-E. Distributed generation systems offer an alternative to the large, centralized power generation facilities or power plants that are currently commonplace.

Those systems, powered by natural gas (or a wide variety of alternative fuel sources, including liquid fuels such as gasoline and diesel) through Redox’s solid oxide fuel cells, could become a reality if this project is successful.

Led by Fulton, Md.-based Redox, the three-year ARPA-E agreement has UMD partnering with the company to improve its solid oxide fuel cells by the following minimum requirements:

•Reduce the operating temperatures of their record high-power-density fuel cells from an already industry-leading 650 degrees Celsius to the 300-500 °C range;

•Enable a start-up time of less than ten minutes; and

•Respond to electrical load changes, from 10-90 percent power in less than one minute.

Redox Fuel Cell Diagram

“This will be a major advancement in our fuel cell technology,” said Bryan Blackburn, Chief Technology Officer and co-founder of Redox. “It will not be incremental. We are working on every aspect of the cell—the anode, the cathode, the electrolyte. The materials will be different. Every single aspect will synergistically come together to form our highest performing, lowest-cost fuel cell.”

Trans-Tech Inc., based in Adamstown, Md., will work with Redox and UMD to ramp up the commercial production of new cell materials. They will also work with Redox to manufacture the improved fuel cells, establishing ways to reduce production costs. By bringing a large manufacturer like Trans-Tech into the development process early on and working with fuel cells using industrial processes, the required time-to-market for new generations of enhanced cells will decrease.

Redox will also redesign its fuel cell stacks to achieve ARPA-E performance targets and reduce costs even further, after which they go to Microsoft for integration and independent live testing in the company’s server racks.

“Our vision is to bring the power plant directly into the datacenter by integrating fuel cell stacks into every server cabinet, effectively eliminating energy loss that otherwise occurs in the energy supply chain and doubling the efficiency of traditional datacenters,” said Sean James, Senior Research Program Manager for Microsoft Global Foundation Services. “We expect to effectively double our efficiency, from fuel to load, while cutting out many points of failure. The resulting system could be significantly less expensive than traditional datacenter designs. Overall, we believe the advancements being made in fuel cells will someday change the game in terms of how energy is delivered and managed.”

Microsoft is also a powerful buyer.

“In this case the partner is also the potential customer,” explained Blackburn. “If Microsoft adopts these fuel cell systems at a large scale, they could provide just the right initial market and critical mass to drive the cost of our fuel cells down even further.”

The Redox-led project is one of 13 funded by the REBELS program, which ARPA-E announced on June 19, 2014, worth a total of $33 million.

“These 13 REBELS projects are an excellent example of how ARPA-E is developing innovative technology options to transform and modernize America’s evolving electric grid,” said ARPA-E Acting Director Dr. Cheryl Martin. “Distributed generation technologies like these could fundamentally change the way America generates and stores energy.”

Redox, initially co-founded by Wachsman and Blackburn after the former spent 25 years developing industry-leading solid oxide fuel cells, was a winner in the 2012 University of Maryland $75K Business Plan Competition, run by the Maryland Technology Enterprise Institute (Mtech). Shortly after, the company entered Mtech’s VentureAccelerator Program, which helps select University of Maryland inventors get their research out of laboratories and into industry by creating successful companies.

Three months later, the company was reformed along with an outside investment and management team and moved to Fulton, Md.

Comet’s Brush With Mars Offers Opportunity, Not Danger

June 19, 2014

Heather Dewar, 301-405-9267 
Graham Binder, 301-405-4076

Comet Siding Spring will brush astonishingly close to Mars later this year – close enough to raise concerns about the safety of a fleet of spacecraft orbiting the Red Planet. But after observing Siding Spring through a satellite-mounted telescope, University of Maryland comet experts found that it poses little danger to the Mars craft. The spacecraft will be able to get an unprecedented close look at the changes happening to this “fresh” comet as it nears the sun – as well as any changes its passing may trigger in the Martian atmosphere.

Fresh comets like Siding Spring, which have never before approached the sun, contain some of the most ancient material scientists can study. The UMD astronomers’ observations are part of a two-year-long research campaign to watch how the comet's activity changes during its travels.

"Comet Siding Spring is making its first passage through the inner solar system and is experiencing its first strong heating from the sun," said UMD assistant research scientist Dennis Bodewits, lead researcher on the UMD astronomy team that used NASA’s Swift satellite to estimate the comet’s size and activity. “Comets like this one, which formed long ago and remained for billions of years in the icy regions beyond Pluto, still contain the primeval building materials of our solar system in their original state.”

The solid part of a comet, called its nucleus, is a clump of frozen gases mixed with dust and is often described as a "dirty snowball.” As the comet moves toward the sun and becomes heated, different gases stream from the nucleus, carrying with them large quantities of dust that reflect sunlight and brighten the comet. By about two and a half times Earth's distance from the sun (2.5 astronomical units, or AU), the comet has warmed enough that water becomes the primary gas emitted by the nucleus.

Between May 27 and 29, Swift's Ultraviolet/Optical Telescope captured a sequence of images as Siding Spring cruised through the constellation Eridanus about 2.46 AU (229 million miles, or 368 million km) from the sun. The satellite cannot detect water molecules directly, but it can detect light emitted from the fragments of the water molecules formed when ultraviolet sunlight breaks them up. The UMD team measured that light and used it to estimate the comet’s size and activity. The team concludes that the icy nucleus of Siding Spring is at least 2,300 feet (700 meters) across, which makes it a small to average-size comet.

"We calculate that at the time of the observations the comet was producing about 2 billion billion billion water molecules, equivalent to about 13 gallons or 49 liters, each second," said Tony Farnham, a UMD senior research scientist in astronomy. At this rate, comet Siding Spring could fill an Olympic-size swimming pool in about 14 hours – a modest output.

The comet, formally known as C/2013 A1, makes its closest approach to Mars on Oct. 19, passing just 83,000 miles (132,000 km) away. For comparison, the closest recorded approach of a comet to Earth was within 1.4 million miles (2.3 million km) in July 1770. During its Mars flyby, comet Siding Spring will pass more than 16 times closer than that.

Around the time of the encounter, five research spacecraft are expected to be orbiting the Red Planet. The UMD team found the spacecraft will not be harmed by the comet’s dust, so they won’t have to depart from their regular orbits. Instead some of the spacecraft will be pressed into service as a comet observation fleet to take advantage of this unprecedented opportunity for studying a new comet at close range. These observations of the cometary gases’ interaction with Mars may help scientists learn more about the Martian atmosphere, which is thinner than Earth’s.

Bodewits and his colleagues use the Swift telescope to single out faraway new comets at distances where they are mostly emitting gases other than water vapor, and observe them as they course through the inner solar system. They are learning how comets’ activity changes as they make repeated orbits of the sun. The research will ultimately lead to a better understanding of the evolution of the solar system and the comets that formed in its cold, distant reaches some five billion years ago.

This composite image merges Swift UVOT images of comet Siding Spring taken between May 27 and 29, 2014. Sunlight reflected from the comet's dust, which produces most of the light in this image, appears yellow. Violet indicates ultraviolet light produced by hydroxyl (OH), a fragment of water. Credit: NASA/Swift/D. Bodewits

UMD Participates in National Student Achievement Measure Project

June 17, 2014

Crystal Brown301-405-4621 
Alana Carchedi, 301-405-0235

COLLEGE PARK, Md. – The University of Maryland recently signed up to participate in the Student Achievement Measure (SAM)—a web-based graduation rate tracking initiative that launched last year. In addition to tracking full-time students who start and finish at their first institutions, SAM can also track the progress and completion of transfer students, part-time students, and the outcomes of students who enroll in multiple institutions. 

“The Student Achievement Measure is a powerful tool that enables the University of Maryland to measure the graduation rates of hundreds of our students who may start or finish at other institutions,” says Steve Fetter, UMD's associate provost for academic affairs. “It’s our responsibility to provide students and the public with clear, accurate information about the progress and success of our student body. We’re proud to be at the forefront of this national effort.”Samlogo

SAM has two reporting models – one for students enrolled in bachelor’s degree programs and one for students enrolled in associate degree programs or certificate programs. More than 435 colleges and universities from all 50 states have already signed up to participate in SAM. The SAM website is currently tracking the progress and completion of a half million more students across these participating institutions than other graduation rate tracking methodologies.

“SAM is finally allowing universities to track and make public a much more complete picture of student progress and graduation rates than ever before,” said SAM Executive Director Christine Keller. “So many students who don’t fit the old, traditional model of starting and finishing their coursework at the same institution over two or four years are being lost in the current federal graduation rate. That growing subgroup of students can now be tracked with SAM, which further strengthens the transparency efforts of the University of Maryland and other institutions across the country who are participating in this innovative effort.”

Nationally, more than one in five students who complete a degree do so at an institution other than the one where they first enrolled, according to a study by the National Student Clearinghouse Research Center. At UMD, the current six-year graduation rate for first-time, full-time freshman is 84 percent. Now, for the first time, the remaining 16 percent of this population can be further accounted for using SAM. Of that 16 percent, close to 11 percent are traceable using SAM data, accounting for students who enrolled and/or graduated at another institution.

SAM is a collaborative effort of the six national presidential higher education associations and has been endorsed by nine prominent national higher education organizations. Funding for SAM is provided in large part by the Bill & Melinda Gates Foundations with additional support from the Carnegie Corporation, the Association of Public and Land-grant Universities, and the American Association of State Colleges and Universities.


UMD, Partners Launch HealthTech 'Innovation Sandbox'

June 13, 2014

Greg Muraski, 301-405-5283

COLLEGE PARK, Md. – The Center for Health Information and Decision Systems (CHIDS) at the University of Maryland's Robert H. Smith School of Business is partnering with kloudtrak and Cisco Systems to help health care companies test how certain technologies could affect their mission outcomes and IT budgets.

The project, called HealthTech Innovation Sandbox, will serve as an exchange catering to the innovation, workforce development and technology roadmapping needs of public and private sector health care, and medical and life science (HealthTech) organizations. It will be developed jointly by experts in CHIDS, Cisco and kloudtrack -- a leader in cybersecurity and cloud computing technologies and solution services for sensitive data, process management and governance, risk and compliance.CHIDS Logo

The project was announced as part of the June 12 Maryland Economic Development Association Summer Conference at the university, themed "Health Innovations: Impact on Economic and Workforce Development."

The HealthTech Innovation Sandbox will be available via both physical and virtual data hosting platforms. The project will allow health care, medical and life science organizations to test, research, teach and learn various innovative technologies and/or methodologies in a proof-of-concept, "sandbox" environment.

"Health care as an industry has developed over the past 100 years to become perhaps the most pervasive citizen service in most developed countries," said Kenyon Crowley, deputy director of CHIDS. "During that same period innovations and technical advances have often outpaced the sector's ability to efficiently implement and integrate these technologies across this complex sector. The Innovation Sandbox offers a low-cost, low-risk approach that allows practitioners and health stakeholders from any specialty area to test new innovations against key bottom-line and patient care objectives and foster a learning community."

Now more than ever, the driving factors behind IT deployments have become more economic than technical. The advent of innovations, such as cloud, virtualization and mobility, mean the vendor landscape is much more diverse.

The Innovation Sandbox environments are designed to give organizations the opportunity to test waters with a Start Small … and Scale™ approach with keen sensitivity to limited resources and measurable results. Deployments are expected to run on sandbox systems for a period of weeks or months at small costs.  During these test-bed deployments academia teams will evaluate the viability and return on investment for selected innovations.  Then, decisions can be made about contracting and scaling the deployments with a solid base of results-oriented information.

Renowned Administrator, Professor, and Mentor Takes the Helm as Dean of UMD's College of Behavioral and Social Sciences

June 12, 2014

Crystal Brown 301-405-4621

Gregory F. Ball, Ph.D.COLLEGE PARK, Md. – The University of Maryland today announced the appointment of Gregory F. Ball, Ph.D., as the new Dean of the College of Behavioral and Social Sciences (BSOS). BSOS is the umbrella college of 10 academic departments and six major research centers dedicated to exploration of individual and group behavior as well as political, social, legal and economic progress. Dr. Ball's exemplary track record across the broad spectrum of behavioral and life sciences research and discovery make him the ideal leader of the college.

In his new role, Dr. Ball will draw upon his prior work as Vice Dean for Science and Research Infrastructure in the Krieger School of Arts and Sciences at Johns Hopkins University. During his tenure at JHU, Dr. Ball fostered collaboration amongst the chairs of the school's natural science departments and supported them in all aspects of their mission from undergraduate and graduate education to infrastructure enhancements and faculty recruitment and retention. He shepherded through the development and construction of the new 70,000 sq. ft. Undergraduate Teaching Laboratory building that has helped transform science education at Johns Hopkins.  He also served as a Professor of Psychological and Brain Sciences in the Krieger School and helped to spearhead the creation of the undergraduate neuroscience major in the 1990s.

Dr. Ball's academic research and subsequent theories concerning interrelationships among steroid hormones, the brain, and reproductive behavior received continuous support from NIH for over 20 years. His academic record and ability to create opportunities for interdisciplinary endeavors is vital to this position, with BSOS boasting the largest number of departments on campus.

"Dr. Ball is an extraordinary scientist, scholar and administrator," says Mary Ann Rankin, UMD's senior vice president and provost. "He will be a visionary and inspiring leader for the College of Behavioral and Social Sciences and a catalyst for important interdisciplinary opportunities across campus and beyond. I am absolutely delighted that he will be joining our wonderful team of UMD deans."

Aside from Dr. Ball's significant academic accomplishments, which include the production of more than 220 research publications, 13,000 citations and an H-index of 61 on the subject of interrelationships among steroid hormones, the brain and reproductive behavior, he has always maintained a steadfast commitment to undergraduate and graduate teaching. During his time at Hopkins, 10 of his students earned a Ph.D. and he sponsored 10 post-doctoral fellows, many of whom are now in academic positions. He has received major recognition from Johns Hopkins through receipt of the Alumni Association Award and the George Owen Teaching Award, in observance of his exemplary undergraduate instruction.

"I am delighted to take on the challenge and opportunity of leading such an excellent and diverse institution as the College of Behavioral and Social Sciences at the University of Maryland," says Dr. Ball. "It will be an honor and a privilege to support the research and teaching mission of the outstanding faculty at this college."

As addendums to his long list of accomplishments, Johns Hopkins also extended joint appointments in the Department of Biochemistry and Molecular Biology, Division of Reproductive Biology and the Department of Neuroscience. Dr. Ball's research primarily involved scientific queries into the interrelationships among steroid hormones and reproductive behaviors in birds. A more granular focus involved studies of hormone-induced adult neuroplasticity related to vocal behavior in a seasonal context.

Dr. Ball holds a B.A. in psychology from Columbia University and a Ph.D. in psychology from the Institute of Animal Behavior at Rutgers University. He completed his postdoctoral work in Comparative Neuroendocrinology & Ethology at Rockefeller University.


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