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Friday, January 8th, 2016

    Time Event
    12:00a
    Life in the aftermath

    In 1919, an Istanbul resident named Hayganush Mark did something remarkable: She started a magazine. Today, that might not sound extraordinary. But Mark was Armenian. Hundreds of thousands of Armenians had just been massacred as members of a religious and ethnic minority in the Ottoman Empire, and Armenians were still fleeing in the years after 1915.

    Mark’s publication, Hay Gin, gave voice to an endangered group — and it kept appearing until 1933, when the Turkish government shut it down.

    Moreover, Hay Gin featured feminist perspectives on work, marriage, and politics, which were not exactly common at the time. In publishing the journal, Mark was engaged in an act of political courage, while providing a guide about “how to be an Armenian in post-genocide Turkey,” as MIT historian Lerna Ekmekcioglu writes in a unique new book on the subject.

    The small community of Armenians who stayed in Turkey, mostly in Istanbul, had to find their way forward during a period of emotional trauma, continued discrimination, and political upheaval (the Republic of Turkey was founded in 1923). And many of those people faced an enduring tension: They wanted to modernize society and press for political change, while acknowledging a desire to keep social customs and traditional arrangements intact, as a way of preserving the existentially threatened Armenian community.

    “I try to show how the story unfolds for [those] Armenians,” says Ekmekcioglu, who is the McMillan-Stewart Associate Professor of History at MIT and an affiliate of the Women’s and Gender Studies Program at MIT. “They had to or chose to live inside Turkey, alongside the perpetrators. What did they do to make it work for them? How did they adjust to these conditions?”

    A brief “exceptional period” of hope

    Ekmekcioglu’s book, “Recovering Armenia: The Limits of Belonging in Post-Genocide Turkey,” published this week by Stanford University Press, is the first in-depth history of the Armenians who stayed in Turkey in the immediate aftermath of World War I. At the close of the war, Armenians looked to the victorious Allies to help them carve out a state for Turkish Armenians that would be contiguous with the existing state of Armenia. They wanted a safe haven for the remaining people in their nation, established in what they considered their historic homeland. For a while, their hopes were high, as the victorious Allied powers voiced support for their goals.

    Ekmekcioglu terms the years from 1918 to 1922 an “exceptional period” in the history of Armenians in Turkey, the one time they expected the full rights they did not have under the Ottomans. “Only in this period can they [Armenians] feel free, say what they want to say, and have demands,” she notes.

    But when the Allies lost interest in Armenian statehood, those claims rebounded against the Armenians, who were accused of seeking to undermine the nascent Turkish state.

    “The Turkish public read their territorial demands as betrayal,” Ekmekcioglu says.

    So Armenians again had to live in the Republic of Turkey as an officially designated non-Muslim minority group, with full legal rights as Turkish citizens but in practice enduring significant institutional and individual discrimination. Ekmekcioglu contends that even though Armenians were unwanted by the state and the majority population, Turkey was still very much a livable place, not only because it was the long-time home of the local Armenians, but also because the country was changing in this period. Turkey became officially secular, which eased some pressure on Armenians, who had freedom of religion, language, and various educational rights. The official day of rest even shifted from Friday to Sunday.

    “It makes Armenians’ lives easier because they can fit in more easily,” Ekmekcioglu observes. “It helps them imagine the future can materialize for them in Turkey.”

    Women and modernity

    By using Hayganush Mark and Hay Gin as a window into Armenian society at the time, Ekmekcioglu’s book carefully focuses on the role of women in the forging of modern Armenian identity in Turkey. Here Mark’s writing and editorial hand reveal a series of nuances. She believed women should have public roles, be free to work, and keep their own names after marriage. On the other hand, Mark realized that other women, and certainly many Armenian men, might disagree or be ambivalent about changes in traditional gender roles, and so Hay Gin featured articles about fashion, etiquette, cooking, and other traditional, domestic women’s topics.

    “She calculated that Armenians as a community were not ready for radical feminism,” Ekmekcioglu says, adding that Mark and her circle “accepted traditional, normative womanhood. But they also thought everyone should have voices, in the way their group is governed, and in the way their future is imagined.”

    Or, in an idiomatic Armenian phrase Ekmekcioglu can recite, Mark’s dual roles meant that “the pen, the ladle, and the needle always were by her side.” The surface domesticity of Hay Gin also kept the magazine underneath the radar of government censors, at least until 1933. Yet religious leaders in the Armenian community, as Ekmekcioglu details, were also wary of Mark’s ideas: What would become of Armenians if their women became too fully integrated into broader Turkish society? For all of the exceptional problems Armenians faced, this is a classic quandary of assimilation.

    “This kind of opening up to the world comes with consequences,” Ekmekcioglu says.

    Other scholars have praised “Recovering Armenia.” Khachig Tölölyan, director of the College of Letters at Wesleyan University, calls it a “remarkably innovative history,” and “a pioneering work that will prove indispensable."

    The issues Ekmekcioglu examines are only now beginning to find a wider hearing in Turkey. As Ekmekcioglu points out in the book, ethnic Armenians such as herself are still not permitted to teach in certain types of schools in Turkey, and they believe they have long been misrepresented in accounts of the nation’s past. 

    “The version of history I received at school and what I learned at home were really the opposite of one another,” Ekmekcioglu says. “I come from a family who talked about these things. There are many families who didn’t. There was a conscious effort to keep this memory alive for us.”

    On the other hand, the 100th anniversary of the genocide’s beginning has sparked an unprecedented level of discussion of it in Turkey, Ekmekcioglu believes. Along with that has come a greater frankness about what happened and about the ongoing Armenian presence in the country.

    9:42a
    Student-built instrument headed to asteroid and back

    Who can say they’ve been to an asteroid and back? In 2023, more than 50 MIT students may claim this feat, at least through the activities of a small, shoebox-sized instrument named REXIS (Regolith X-ray Imaging Spectrometer).

    The instrument, which was designed and built by students from MIT and Harvard University, will be one of five instruments flying aboard NASA’s OSIRIS-REx (Origins, Spectral Interpretation, Resource Identification, Security-Regolith Explorer), the first U.S. mission to retrieve and return an asteroid sample to Earth. This week, NASA announced that REXIS was successfully integrated onboard the spacecraft, bringing the mission one step closer to its scheduled launch next September.

    Once in orbit, OSIRIS-REx will set course for Bennu, a small, near-Earth asteroid that may harbor material from the early solar system. The spacecraft is expected to reach Bennu sometime in 2018, when it will survey the space rock for the next year and take a small, 60-gram sample of surface soil before heading back to Earth by 2023. During the spacecraft’s survey phase, REXIS will observe the interaction of solar X-rays with the asteroid’s soil, or regolith, to determine the types of elements present on Bennu’s surface.

    MIT News spoke with REXIS team members Mark Chodas, a graduate student in the Department of Aeronautics and Astronautics (AeroAstro), and Rebecca Masterson, instrument manager, co-principal investigator, and AeroAstro research engineer, about REXIS’ journey and MIT’s mark on the mission.

    Q: Take us through the scenario, once OSIRIS-Rex reaches the asteroid. What will REXIS be doing as the spacecraft explores the asteroid?

    CHODAS: REXIS begins operating soon after the launch of the OSIRIS-REx spacecraft. We will conduct a series of checkouts during the cruise to the asteroid to monitor the state of the instrument and make sure that it is functioning properly. In late 2018, OSIRIS-REx will arrive at the asteroid and begin science operations. One of the first things REXIS does is open our protective cover that shields the detectors from radiation damage during cruise. This operation is critical for REXIS, as the cover needs to open in order for us to observe the asteroid. Just after opening the cover, REXIS will observe the Crab nebula, a well-characterized astronomical X-ray source, in order to calibrate our performance. Then we enter our three-week asteroid observation period where we will be observing the asteroid for up to 16 hours every day. During this period, we will collect sufficient data to characterize the asteroid and compare it to meteorite samples that have been collected on Earth. We also hope that our data helps the OSIRIS-REx science team pick a sampling site.

    MASTERSON: The opening of the REXIS cover is indeed a critical moment for the instrument. The radiation cover is opened using a custom Frangibolt actuator from TiNi Aerospace. When we arrive at Bennu and are ready to open the cover, the spacecraft sends a command to the instrument to send power to the Frangibolt. As the actuator heats up, its shape-memory alloy expands, putting the bolt under tension to the point of failure. Once the bolt breaks, after about a minute, the cover is free to open. The team will need to wait for telemetry from the instrument to know that the cover has successfully opened. It will be a very different experience from actuating on the ground, where we can see what is happening.

    Q: What did it take for you all to get this instrument ready for space?

    CHODAS: REXIS is a unique project in MIT’s long history of space exploration. It is only the second interplanetary instrument led by students (the previous being the Student Dust Counter on NASA’s New Horizons spacecraft). Almost all the technical leads on REXIS are graduate students. We’ve been given much more responsibility than is typical for engineers of our age and experience level. Everything from initial design and analysis through assembly and test was led by and performed by students. Of course, we’ve gotten great support and guidance from a number of mentors here on campus from AeroAstro, the Kavli Institute, and the Department of Earth, Atmospheric, and Planetary Sciences, as well as off-campus mentors at MIT Lincoln Lab, Harvard, and NASA Goddard.

    Experiencing the NASA spacecraft development process firsthand has been very enlightening. There are elements of that process, like quality assurance and contamination control, that are talked about in classes but typically aren’t a big part of on-campus spaceflight projects. We’ve gotten a chance, through REXIS, to experience what a big-budget spacecraft development process is like, and we’ve actually fed that back into our research a bit.

    MASTERSON: REXIS began as part of the AeroAstro capstone design class in Fall 2011/Spring 2012. A team of roughly 12 undergrads, including Mark, was responsible for writing the requirements for the instrument. These requirements greatly shaped the design that followed. During the class, the students experienced two NASA design reviews.  It was a challenge to match the NASA review cycle with the class schedule, but in the end the students (and the instrument) greatly benefited from the exposure to the NASA review team and mentors. 

    Once the capstone class was complete, the instrument development continued largely through the work of grad students, but there were a number of undergrads involved through the Undergraduate Research Opportunities Program as well.  At this point in time there have been more then 50 students involved with REXIS — all from various departments around MIT as well as various universities.

    The effort required to produce a flight-ready instrument for integration on a mission like OSIRIS-REx cannot be understated. The team was extremely dedicated to getting the job done and overcame many obstacles, including a winter with record snowfall and the usual array of technical challenges and mishaps that accompany a project of this complexity during testing.

    Q: OSIRIS-REx will be returning a sample of the asteroid to Earth — the first mission of its kind. What are you hoping that sample will tell us?

    CHODAS: Bennu, the target of the OSIRIS-REx mission, is a very primitive type of asteroid, meaning that it has not changed significantly since it formed along with the rest of the solar system over 4.5 billion years ago. Getting a sample from Bennu allows scientists to go back in time to the beginning of the solar system and better understand what conditions were like in that time period. A primary interest is to characterize any organic materials that may be present, telling us about how the basic building blocks of life were distributed in the early solar system. Answering that question will allow us to better understand how life arose on Earth. It’s an exciting mission that has given the REXIS student team a unique window into the science and engineering of solar system exploration.

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