MIT researchers have developed a model that could help people estimate the risks of contracting Covid-19 in different scenarios, reports Emily Czachor for Newsweek. The tool “provides calculations which estimate how many people can remain within an enclosed space, and for how long, before they are theoretically exposed to the virus.”
New Scientist reporter Abigail Beall spotlights how MIT researchers have listened to sound waves traveling through a "perfect" fluid, which could shed light on the resonant frequencies within a neutron star. “The quality of the resonances tells me about the fluid’s viscosity, or sound diffusivity,” says Prof. Martin Zwierlein. “If a fluid has low viscosity, it can build up a very strong sound wave and be very loud, if hit at just the right frequency. If it’s a very viscous fluid, then it doesn’t have any good resonances.”
Fast Company reporter Nate Berg writes that architects from MIT startup Generate have developed a new system that could be used to help make the architecture and construction process more environmentally sustainable. The new systemized approach could “save time and money, while also cutting down on buildings’ environmental footprint.”
Research scientist Brian Subirana speaks with The Economist’s Babbage podcast about his work developing a new AI system that could be used to help diagnose people asymptomatic Covid-19.
Prof. Sinan Aral speaks with New York Times editorial board member Greg Bensinger about how social media platforms can reduce the spread of misinformation. “Human-in-the-loop moderation is the right solution,” says Aral. “It’s not a simple silver bullet, but it would give accountability where these companies have in the past blamed software.”
Writing for WBUR, Prof. Kate Kellogg and alumna Noa Ghersin outline how to help prevent outbreaks of Covid-19 at long-term care facilities. “Nursing homes lack the resources of other institutions,” they write. “They aren’t states, they aren’t cities, they aren’t major hospital systems.”
Prof. Tavneet Suri speaks with HuffPost reporter Laura Paddison about her research exploring the effectiveness of the universal basic income (UBI). “We do think the UBI will provide some ‘insurance’ against bad events,” says Suri. “If something bad happens, you have a fallback.”
Fast Company reporter Kate Lanz spotlights research from the MIT Center for Collective Intelligence which finds that the “collective intelligence of a group rises when there are women involved in that group. And in fact, the more women, the better.”
MIT researchers have developed a new model that could be used to help determine “how long you will be safe in a room with someone who is positive for COVID-19 based on room type, size and even the ventilation and filtration system,” reports Boston 25 News.
Forbes contributor Dipka Bhambhani spotlights a new study by MIT researchers that examines the causes of cost overruns and delays in nuclear power developments, and finds they could have been “averted by building plants in factories and then installing them on site.”
Writing for The Washington Post, Vice President for Open Learning Sanjay Sarma and research associate Luke Yoquinto explore study habits and the science of learning, emphasizing the importance of spacing out learning, in lieu of cramming. “Introducing a bit of space into one’s study or practice schedule can improve long-term outcomes for just about anyone, at any age, trying to learn almost anything,” they write.
Quanta Magazine reporter Kevin Hartnett spotlights the work of graduate student Ashwin Sah, who has “produced a body of work that senior mathematicians say is nearly unprecedented for a college student.” Sah recalls how he was drawn to mathematics from a young age, noting that some of his “earliest memories are of my mom teaching me basic arithmetic.”
MIT researchers have discovered the molecular structure of a protein that plays a key role in the coronavirus’ ability to replicate itself and stimulate the host cell’s inflammation response, reports Travis Anderson for The Boston Globe. “If researchers can find a way to ‘block this channel,’” writes Anderson, “then they might be able to reduce the ‘pathogenicity of the virus’ and also obstruct viral replication.”
Fast Company reporter Mark Sullivan writes that Prof. John Bush and Prof. Martin Z. Bazant have developed a mathematical model that “simulates the fluid dynamics of virus-loaded respiratory droplets in any space, from a cozy kitchen to a gigantic concert hall.”
Writing for The Boston Globe, Linda Rodriguez McRobbie spotlights Cyborg Botany, a project at the Media Lab aimed to tap into how plants react to their environments. The researchers grew plants with “conductive wires in their intercellular spaces. That allowed the plants to become inconspicuous motion sensors, sending a signal via microelectrodes to a laptop every time someone walked by.”