![]() ![]() “Determining, for example, when policy should step in and when policy should let the market do its own thing.” On her panel, she discussed, in particular, battery recharging infrastructure for electric cars. “Economics has a lot to offer when thinking about energy issues,” she said. Her research this year is focusing on the economics of technology diffusion and adoption. Jing Li ’11 deferred becoming a faculty member at the MIT Sloan School of Management to become a postdoctoral associate for a year. She added, “As our systems become more complex, our supply chains more intricate, our ability to innovate by leveraging the work that’s been done to date will be critical.” “We try to link systems thinking to the development of new technologies and the design of new materials,” Olivetti said. The aim of the research, which was supported in part by the MITEI Seed Fund Program, was to evaluate the value of text and data mining from peer-reviewed articles to accelerate the materials synthesis process. Introducing a panel featuring MITEI-affiliated faculty whose work the initiative has supported, Robert Stoner, MITEI’s deputy director for science and technology and director of the Tata Center for Technology and Design, described how new faculty “often come to us with the freshest ideas and the most openness to the idea of projecting their knowledge onto a new field.”Įlsa Olivetti, the Atlantic Richfield Assistant Professor of Energy Studies in the Department of Materials Science and Engineering, recently published a study with her team on a technique for using natural language processing applications to pore through immense amounts of materials science literature to compile “recipes” for potential new materials. The job of the MITEI director is to run a dating service, matching companies, faculty, and researchers based on common interests, to stimulate projects with real-world industry applications that can move the needle on energy technology.” Moniz, who is a professor emeritus of physics and special advisor to the MIT President, reflected on the philosophy that led to MITEI’s launch by MIT President Emerita Susan Hockfield, saying “The core of the MITEI model is the conviction that, especially in the energy business, industry is key to solutions. ![]() Secretary of Energy Ernest Moniz, the founding director of the Energy Initiative. Now our focus must be on the urgent need for decarbonization in other sectors, such as transportation, which now holds the number one spot.”Īrmstrong was joined by 13th U.S. He said, “As of just recently, the power sector is no longer the largest emitter of CO2 in the US, showing the enormous potential for change when a sector commits to decreasing emissions. He also noted advances being made toward decarbonization. In his welcoming remarks, MITEI Director Robert Armstrong described the energy sector as “a field in flux.” He laid out the seismic changes taking place across our energy landscape, from increased distributed generation, to rapidly improving technology, to the importance of digitization for our electric power system. The conference, always filled with news from the forefront of energy research, was also a chance to reflect on the past decade of energy breakthroughs at MIT and to look forward to the advances being made toward a low-carbon future. The fall 2017 gathering of the MIT Energy Initiative’s Annual Research Conference (ARC) had added meaning: 2017 marked ten years since the inaugural ARC. MITEI Director Robert Armstrong gave the opening remarks, describing the energy sector as “a field in flux.” Credit: Bryce Vickmark ![]()
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