The MIT Corporation tours the state-of-the-art research facility taking shape in the heart of campus.
|MIT Professor Krystyn Van Vliet [center] describes how MIT.nano clean rooms will provide a precisely controlled environment. MIT Corporation members Gregory Turner [second-from-left] and Madeleine Gaut [third-from-left] listen along with Anuradha Agarwal [fourth-from-left], a principal research scientist at the MIT Microphotonics Center. Photo, Jake Belcher|
On a recent evening, Cathrin Stickney stood marveling at the stillness of the custom-designed imaging suites in the underground level of MIT.nano — the environmentally quietest space on campus. Laudably ultra-low vibrations, ultra-low electromagnetic interference, and acoustically silent. All in a building that, like most of the rest of MIT, sits on a century-old landfill built on swampland.
“It’s more than difficult to pull that off. It’s architecturally amazing,” Stickney, a successful entrepreneur and former architect, said. Equipped with a neon safety vest and clear safety glasses, Stickney was on site to learn more about a building that embodies one of the largest research investments in MIT history.
The leaders of MIT.nano pulled out all the stops during the first-ever tour of the 214,000 gross-square-foot research facility taking shape in the heart of MIT campus, just steps from the Infinite Corridor. The tightly choreographed public viewing involved safely navigating 60 guests, mostly members of the MIT Corporation, through what is still an active construction site.
Nanoscience and nanotechnology are driving some of the most important innovations today, in health care, energy, computing — almost every field of engineering and science. A facility that allows MIT faculty and students to play a role in these coming changes is of the Institute’s highest priority, says President L. Rafael Reif, who was along for the tour. As he has said: “Even big problems have answers if you have your hands on the right tools.”
Read more at the MIT News Office.
Meg Murphy | School of Engineering
April 7, 2017