Writing for Scientific American, Jennifer Ouellette features Professor Allan Adams research on black holes on her list of the 20 best physics papers of 2014. “We showed that when you throw stuff into a black hole, the surface of the black hole responds like a fluid,” says Adams.
Sarah Kaplan of The Washington Post highlights Prof. Sangbae Kim’s work developing a robot modeled after the cheetah. Kim explains that he took inspiration from the cheetah’s movements to design a robot that could run. “We can steal a lot of ideas from nature that we can apply . . . to speed up our engineering evolution,” he explains.
Washington Post reporter Jeff Guo examines new findings from MIT graduate student Manasi Deshpande concerning how the Supplemental Security Income influences a person’s decision to work. Deshpande found that people who were on disability as children “do not have great work prospects as adults,” but parents of disabled children” do have excess capacity to work.”
MIT engineers have “developed an algorithm that shows the relationship between luggage weight and fuel consumption,” writes Heather Hansman for Popular Science. The researchers found that reducing each person’s luggage by 11 pounds would save one percent of fuel consumption.
Professor Roger Summons is part of the Curiosity team that has detected a large spike in methane on Mars, which could indicate the presence of life, writes Brid-Aine Parnell for Forbes. “This first confirmation of organic carbon in a rock on Mars holds much promise,” says Summons.
Research by Dr. Sara Fisher Ellison indicates that co-ed teams are more productive, but have lower job satisfaction, writes Rachel Emma Silverman for The Wall Street Journal. “The researchers posit that shifting an all-female or all-male team to a coed one would increase revenues by 41%.”
MIT researchers have traced how information flows to see which languages are the most influential, reports Michael Erard for Science. The research shows that “if I want our ideas to spread, we should pick a second language that’s very well connected,” explains MIT alumnus Shahar Ronen.
David Morris writes for The Huffington Post about Professor Zeynep Ton’s research that shows investing in employees and operational practices is beneficial. “The combination makes work more efficient and more fulfilling while, lowers costs, boosts sale and profits and improves customer satisfaction,” Morris writes.
Professor Clapperton Mavhunga speaks with Jasmine McNealy of New Books in Technology about his childhood, the history of innovation in Africa, and his new book, “Transient Workspaces: Technologies or Everyday Innovation in Zimbabwe.”
Wall Street Journal reporter Rachel Emma Silverman writes about Prof. Eric So’s research showing that when companies delay earnings announcements they often have bad news to report. “The predictive power of calendar revisions is really striking,” says Dr. So. “Investors should really pay attention.”
New research by MIT Visiting Scholar Lily Fang shows that stock markets tend to fall after school vacations, Reuters reports. Fang found an "after holiday effect whereby market returns after major holidays are significantly lower than at other times."
USA Today reporter Matt Krantz examines new research by MIT Visiting Professor Lily Fang showing that stock prices typically fall following long school vacations. “The after holiday effect is largely negative because it’s the bad news that gets largely missed during school breaks,” writes Krantz.
Writing for Popular Science, Kelsey Atherton reports on how scientists from MIT, Harvard and Texas A&M have developed an injectable gel that uses synthetic nanoplatelets to staunch bleeding. “The gel carries within it specially made platelets between 20 to 30 nanometers in diameter, but only about 1 nanometer thick,” writes Atherton.
Nidhi Subbaraman of BetaBoston writes about the affordable wheelchair made out of bike parts developed by Prof. Amos Winter. Winter and his team have now created a second wheelchair that allows riders to “navigate ski slopes and bike trails.”
Cynthia Graber of Scientific American reports that MIT researchers have developed a new technique that turns a smartphone into a sensor that can detect hazardous gases and environmental pollutants. "The method was tested with ammonia, cyclohexanone and hydrogen peroxide. And the tags could sense the substances at levels of a few parts per million,” reports Graber.