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Written by Jennifer Leslie
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Wednesday, 14 October 2009 21:31 |
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At only 33 years of age, Neri Oxman’s list of accomplishments and accolades that is exhaustive. The graduate student in the School of Architecture was most recently commissioned for an exhibit, Neri Oxman: At the frontier of ecological design, currently on display at the Museum of Science here in Boston, that highlights the unique biological influence in her design. She has been variously described as an architect, engineer, biologist, and computer scientist for her work that melds these myriad disciplines. She is intelligent and thoughtful, gracious and warm, and highly photogenic as a quick google image search of her name will prove.
Although an architecture student, Oxman’s work is a thing of art. Taking inspirat ion from the natural world, she transforms nature, using computer algorithms, into impossibly complex, organic, three dimensional forms. Her models are based on the fine structure of butterfly wings, bones, cells, informed perhaps by her earlier pursuits in the field of medicine.
For example, Raycounting, featured at last year’s Design and the Elastic Mind Exhibition at the Museum of Modern Art in New York, resembles a cartilaginous carapace, a landscape of light and shadow created by a double curvature of its walls forming thick and thin areas of varying opacity. It is one of Oxman’s pieces from the exhibit that are now a part of MoMA’s permanent collection.
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Written by Federico L. Merle
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Sunday, 13 September 2009 20:54 |
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This month, 40 years after “the eagle” landed successfully on the moon, MIT as an institution and it’s alumni as heroes, are once again nourishing our history. Thus, this issue of The Graduate wants to commemorate the work of an incredible group of people during a historic moment.
It is well known that generating positive changes in the world and achieving dreams fueled by passion, commitment, teamwork, and organized efforts are parts of MIT’s DNA. The University’s relationship with space missions isn’t something new either. As official data from it’s website states:
“ More than one-third of the nation's space flights have included MIT-educated astronauts, who have logged a total of more than 15,000 hours in space. NASA has chosen more MIT graduates to become astronauts than graduates of any other private educational institution. Only the US Air Force Academy, the US Naval Academy and the US Naval Postgraduate School have had more graduates selected for the astronaut program. Four of the 12 astronauts who walked on the moon during the Apollo program were MIT alumni. They logged a total of 51 hours exploring the lunar surface from 1969-72”.
But MIT’s impact on the world’s space-flights and particularly on the Apollo 11 mission was even deeper. “Landing a man on the moon and returning him safely to the Earth” was one of those few events in history that made all the countries be united as one, that made every frontier vanish, that combined different languages into a unique message of hope that flooded everyone’s hearts, and that made the whole world look up at a same objective at the same time. July 20, 1969 was when it happened, and MIT was a major player in that historic crusade.
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Written by Jennifer Leslie
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Sunday, 13 September 2009 20:36 |
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A few weeks ago I cut my pinky finger in lab. Thankfully, I cut it on a new blade, fresh from the package. But the cut, though small, looked kind of deep, so I decided to brave the wait at Urgent Care at MIT medical. When I was finally seen, instead of stitches, the doctor used a cyanoacrylate glue, Dermabond, to seal the wound. The glue rapidly cured, not from air exposure as is commonly thought, but due to reactions caused by the residue of water on my skin. Glue molecules polymerized forming cohesive bonds, and cross-linked with my skin’s proteins in adhesive interactions. While cyanoacrylate glues are wonderful for topical application--they were first used in the 60’s on battlefields to rapidly staunch blood flow from wounds until they could be treated--they have limitations. Toxic breakdown products such as formaldehyde can cause necrosis and inflammation of soft tissues, preventing cyanoacrylates from being used internally. While another type of tissue adhesive, fibrin glue, can be used internally due to better biocompatibility with soft tissue, they are minimally adhesive and degrade rapidly.
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Written by Jennifer Leslie
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Sunday, 30 August 2009 22:10 |
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A child presses close to the glass tank, an expression of wonder on his face. Inside the tank three frogs hang suspended in the water, motionless. Their webbed hands and feet splayed and held askance. The child bangs the glass with his hand, willing them to move. “Don’t tap on the glass!” his harried mother intones. The stillness of the animals within their tank contrasts starkly with the swirl of activity just beyond.
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