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Solving Puzzles of International Trade, War, and Order

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For Mariya Grinberg, the start of a research project often begins with a near-tangible sense of irritation.

“I’d read something, a definition or idea that doesn’t make sense, that seems logically inconsistent — and it prickles,” says Grinberg, who joined the Department of Political Science as an assistant professor on July 1. “I try to fix what doesn’t work, like solving a puzzle.” Her ultimate goal, she says, is to “find patterns I can build a theory around.”
 
As a specialist in security studies, Grinberg’s broad interests “gravitate towards issues of time horizons.” This means, for instance, how long-term planning by states affects their short-term decision-making, and how the anticipated duration of events impacts the way states respond to them. But within this large and sometimes abstract space, Grinberg conducts research on problems situated in discrete domains central to security studies: international order, state decline, and wartime trade.

While she is “all about the theory,” Grinberg’s work taps empirical evidence in archives that amplify her theoretical arguments, and that illuminates contemporary problems of global power jockeying. It is research that challenges some conventional wisdom in her field, and that has yielded provocative findings about how states balance national security concerns against economic self-interest. Her dissertation project on wartime trade between enemies, which she is currently developing as a book, serves as a case in point.

Poking at ideas

Her project was sparked by conversations with fellow graduate students at the University of Chicago about the impact of economic interdependence on the likelihood of conflict between nations. “The basic idea was that if states trade a lot, and war disrupts trade, that states don’t want to fight wars,” she recalls. “Something about that was not working for me, and I began poking at this idea,” she says.

Grinberg was born in Russia to a family of computer scientists. She shares the household aptitude for logical problem-solving, and has translated it into rigorous analysis of questions in her own field. So faced with claims about economically linked states avoiding conflict, she began a methodical interrogation. “There was lots of logic behind the general conception of trade as good, and war disrupting trade as bad.” But, she wondered, “Why should trade not happen during war?”

Grinberg broke this down into a series of related queries: “You don’t want to sell an opponent a gun, which would be bad, because it could shoot me immediately, but what about a vase? While the vase doesn’t have bullets, an opponent could sell it somewhere and maybe buy a gun, which would take longer to do harm. But what if the war ends before the enemy has a chance to buy the gun?”

Working through her arguments, Grinberg established cases where trade could legitimately be conducted during conflict. It was time to turn to the evidence in historical records to find out very specifically what kind of trade occurred in wars, and under what kind of conditions.

Grinberg dug deep in British and French archives, where she found a trove of relevant documents going back to the Crimean War. She found notes from a British advisory committee in World War I that recommended banning the trade of products that could be used immediately in war, as well as banning those that could be used in war before the war was over, and those whose sales generated profits that could be used during war.

Of particular interest to Grinberg: The committee also recommended that if it took longer for the enemy to convert gains from trade into military capability than the war would last, then it made sense to trade with the enemy. “You can trade them something they can turn into a profit over a year to buy a tank, if you think the war will be over in six months,” says Grinberg. “If a state predicts a longer war, then it can add items to the prohibited trade list.”

These wartime trading policies popped up in all the archives she explored. “States do rational things,” says Grinberg. “Trade is mutually beneficial, and it makes sense for both sides to keep trade going, except under certain conditions.” At the start of World War I, for instance, Germany and allied armies frequently repositioned troops as they tried to outflank each other. During this period, merchants from combatant countries were permitted to buy and sell such products as pickaxes, shovels, and spades. But as the war ground on, armies dug into positions, and “all of a sudden, ‘entrenching tools and implements’ as the British called them, were prohibited from trade,” explains Grinberg.

There were more prohibitions for World War II, which participant nations figured would last longer. But Britain and Germany still traded with each other for products they couldn’t get anywhere else: For instance, Britain needed Germany’s precision-manufactured hosiery needles, because the specialized equipment for making the needles was unavailable in Britain for the foreseeable future.

Policy implications

With evidence from this research in hand, Grinberg began thinking through the implications. “The economic interdependence argument relies on the idea that nations don’t trade during war, and with more trading we should see less fighting.” But that’s not how it works at all, says Grinberg. “Given more interdependence and the likelihood of continued trading in conflict, the push is not toward less war, but continued trading during war.”

Her dissertation and a companion paper, “Wartime Commercial Policy and Trade between Enemies” (published in International Security), drive home the argument that “trade cannot be used as a lever to prevent war, because we have too many incentives to trade during war.” This means, for instance, that we should not assume that because the United States trades with another country, there is less possibility of war with that country. Given the tense relations between China and the U.S., two very established trading partners, this seems an important observation.

Aside from this continuing project, Grinberg is fleshing out a paper on state decline, and the strategies states can use to avoid such falls. The project is “Great Britain-centric, with U.S. implications,” she says. Grinberg is also reveling in teaching at MIT, where she can meet colleagues and students face-to-face for the first time since Covid-19 drove instruction online. The academic fit seems perfect to her: “Not that many universities in the U.S. have dedicated security studies programs open to the economic dimensions of the field, and that appreciate both theory and case study methodology,” she says. “I won the lottery here.”

Source Here: news.mit.edu

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WhatsApp has started beta testing waveforms for voice messages. The update is initially live for select beta testers on Android and iOS. WhatsApp is also working on an option to disable all message reactions notifications on desktop and the Web.

Source: gadgets.ndtv.com

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A package of modern features packaged in nostalgia

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Six MIT Students Named 2023 Schwarzman Scholars

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Five MIT seniors — Sihao Huang, William Kuhl, Giramnah Peña-Alcántara, Sreya Vangara, and Kelly Wu — and graduate student Tingyu Li have been awarded 2022-23 Schwarzman Scholarships. They will head to Tsinghua University in Beijing next August to pursue a one-year master’s degree in global affairs. The students will also receive leadership training, career development, and opportunities to gain a greater understanding of China’s role in the world.

The Schwarzman Scholars program aims to build a network of young leaders and encourage them to explore and understand the economic, political, and cultural factors that have contributed to China’s increasing importance as a global power. Scholars are selected on the basis of leadership potential, intellect, and strength of character. This year, 151 Schwarzman Scholars were selected from 33 countries and nearly 3,000 applicants. Since the program’s inception in 2015, 29 MIT students and alumni have been named Schwarzman Scholars.

MIT’s Schwarzman Scholar applicants received guidance from the distinguished fellowships team in Career Advising and Professional Development, with additional mentorship from the Presidential Committee on Distinguished Fellowships. Kim Benard, assistant dean of distinguished fellowships, says, “These students represent the new types of leaders we need to solve our world’s problems: They combine technical expertise with active service and advocacy. The Presidential Committee for Distinguished Fellowships and I could not be more proud to send this impressive contingent of scholars to China.”

Sihao Huang, from New York City, started a spacecraft systems company, Aphelion Orbitals, before arriving at MIT. He is studying physics and electrical engineering with a minor in political science. After working on the design of superconducting quantum processors, he shifted his focus to applying concepts from statistical physics to understand polarization and representation in electoral systems. Huang co-founded the MIT Political Review, the school’s first undergraduate political journal, and currently performs research on Chinese foreign policy. He hopes to further understanding of political and social phenomena using insights from complex systems science. Huang grew up in China and Singapore before moving to the United States.

William (Bill) Kuhl hails from Elmhurst, Illinois, and will graduate from MIT with a BS in aerospace engineering. Passionate about emerging technologies in space, Kuhl co-authored a paper on the design of probes to explore icy moons, and has conducted research in machine learning and signal processing. He interned with Northrop Grumman, captained the Mock Trial team, mentors in makerspaces, plays hockey and played varsity football, and biked across America teaching STEM to underserved children. He is in his second year of the Gordon-MIT Engineering Leadership Program. Kuhl hopes to use his time at Tsinghua to build mutual understanding and relationships to improve Sino-American relations in space.

Tingyu Li graduated from MIT in 2021 with a BS in computer science and management, and will receive a master of engineering degree in electrical engineering and computer science next May. She is passionate about leveraging the intersections of technology, data, and infrastructure to promote more equitable cities. Li, who is from Shijiazhuang, China, has previously worked at Tencent, Macquarie Capital, and Boston Consulting Group.

Giramnah Peña-Alcántara grew up in New York City and is majoring in biological engineering. She aspires to find cures for people contending with neurodegenerative diseases to help them live long, fulfilling lives with their loved ones. She has performed research at the Horvitz Laboratory at MIT, the Ting Laboratory at Tsinghua University, and the Biomaterials and Interface Tissue Engineering Laboratory at Columbia University. Peña-Alcántara is a passionate advocate for her community and for increasing diversity in STEM. She has volunteered with U.S. Representative Adriano Espaillat, New York City Council Member Ydanis Rodrigues, BoSTEM, the MIT Leadership Training Institute, and MISTI Global Teaching Labs.

Sreya Vangara from Germantown, Maryland, will graduate in May with double majors in mechanical engineering and electrical engineering and computer science. She has conducted research to elevate underprivileged communities through global clean water collaborations in Madagascar and with the Navajo Nation, and has worked on low-cost nuclear reactor designs with Princeton University. Vangara supports sustainable innovation through grassroots educational initiatives, and has taught STEM in Kazakhstan, Mexico, and Hong Kong through MIT Global Teaching Labs. As a disabled student, Vangara advocates for collegiate disability rights as co-director of the national nonprofit Synapse, and spearheads accessibility policy on MIT’s campus.

Kelly Wu comes from Madison, Wisconsin, and is majoring in chemical engineering. She cares deeply about the climate crisis and hopes to convene stakeholders and align goals to enable energy system transitions. Wu is president of the MIT Energy and Climate Club, for which she has organized large-scale events, including an international 250-student hackathon. She also helped draft the university’s Climate Action Plan as a student sustainability leader. Her research and professional experiences include mapping the chemical industry and working for a Spanish renewables developer, major oil company, and energy investment firm.

Original Post: news.mit.edu

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