On Wednesday, MIT dedicated a new “curving, star-shaped memorial” in honor of Officer Sean Collier, Steve Annear reports for The Boston Globe. The memorial’s architect, Prof. J. Meejin Yoon, explained that she designed the “memorial to not only look strong, but to have a position about that strength,” explains Yoon.
WHDH reporter Byron Barnett reports from MIT on the dedication of a new permanent memorial commemorating the life and legacy of Officer Sean Collier. Barnett reports that the monument is “an MIT engineering marvel: Five granite arches leaning in on each other, held in place by the laws of physics.”
Joy Lim Nakrin of Fox 25 reports on the construction and dedication of the memorial built in honor of Officer Sean Collier. “When asked to design the memorial by the Collier Committee, I was both honored and very nervous and anxious. How could any physical structure truly commemorate this incredible life and service?” said Prof. J. Meejin Yoon, the memorial’s architect.
During a ceremony on Wednesday, MIT unveiled a new memorial built in honor of MIT Police Officer Sean Collier, reports Jack Harper for WCVB. “The goal was really to take that notion of what is strength and how to celebrate Sean,” said Prof. J. Meejin Yoon, the memorial's architect.
The Associated Press reports that MIT has dedicated a new memorial in honor of Officer Sean Collier. The memorial, “features five granite walls arranged in a radial pattern resembling the spread fingers of an open hand, connected by a vault in the center where ‘In the line of duty, Sean Collier April 18, 2013’ is etched.”
Professor Carlo Ratti writes for the Financial Times about how data analysis can help architects design better buildings for the future. “If implemented correctly, analysis of occupancy and movement promises to revolutionise our built environment,” Ratti writes.
Boston Magazine reporter Olivia Rassow writes about how Robert Robinson Taylor, MIT’s first black alumnus, is being inducted into the U.S. Postal Service’s Black Heritage Stamp series. The stamp honoring Taylor “depicts a black-and-white photograph of Taylor taken when he was 22 years old and a student at MIT.”
The U.S. Postal Service has issued a stamp in honor of Robert Robinson Taylor, MIT’s first black alumnus, writes Krissah Thompson of The Washington Post. Valerie Jarrett, Senior Advisor to President Obama and Taylor’s great-granddaughter, said that whenever she faces a daunting task she thinks of Taylor, “the son of a slave, who traveled all the way from Wilmington, North Carolina, to attend MIT.”
S. I. Rosenbaum of Boston Magazine speaks with the new dean of MIT’s School of Architecture and Planning, Hashim Sarkis, about his desire to create a new vocabulary to describe existing habitats. “It is time to come up with a richer lexicon,” says Sarkis.
In a piece for The Huffington Post, Heidi Legg interviews Prof. Hashim Sarkis, the newly appointed dean of MIT’s School of Architecture and Planning, about his vision of the world as one city. “The city as an entity has become difficult to understand or explain because it's everywhere and nowhere,” explains Sarkis.
Ruth Graham of The Boston Globe writes about Professor Franz-Josef Ulm’s work with “urban physics.” Ulm’s research, “places him among a number of scientists now using the tools of physics to analyze the practically infinite amount of data that cities produce in the 21st century, from population density to the number of patents produced to energy bill charges.”
Liz Stinson reports for Wired on a project by the Senseable City Lab that aims to reduce wasted energy by using localized beams of heat. The system uses a WiFi-enabled tracking system and can sense when a person is present.
Kerry Flynn of Forbes reports on a new system developed by the MIT Senseable City Lab that reduces wasted energy by creating local, personal climates throughout buildings. The system targets and tracks people in a building and synchronizes climate control by sending data to heat-radiating bulbs.
Bloomberg Businessweek features Skylar Tibbits’ research on self-assembling materials. By exposing specially engineered materials to heat, moisture or light, Tibbits demonstrates how they can assemble into useful components.
In a piece for Smithsonian, Randy Rieland writes about how Skylar Tibbits’ Self-Assembly Lab has developed a new technique that could print responsive objects that are able to adapt and transform to their surroundings independently.