MIT researchers have launched a mobile phone app aimed at tracking the spread of Covid-19, reports Douglas Belkin and Kirsten Grind for The Wall Street Journal. “Stopping epidemics is a game of numbers. It’s not about getting everybody or nobody (quarantined),” explains Prof. Ramesh Raskar. “The models show that even at 10% there will be gains.”
Profs. Simon Johnson and Retsef Levi write for The Boston Globe about how they are developing risk analytics tools to help government officials determine the Covid-19 risk for specific communities. “There’s more we can and should do to focus on high-risk patients and high-risk clusters,” they write. “It’s essential we pursue these strategies immediately to avoid choosing between collapsing our economy or our health care system.”
Guardian reporter Oliver Wainwright writes that Prof. Carlo Ratti is developing a prototype for transforming shipping containers into portable pods that could be used to expand a hospital’s intensive care space for Covid-19 patients. “The key thing is the ease with which you can move these pods around,” says Ratti. “The advantage of the shipping container is that the infrastructure for moving them already exists.”
Boston Herald reporter Stefan Geller writes that MIT researchers are working on developing a low-cost ventilator to help hospitals meet the growing demand caused by the Covid-19 pandemic. The team is developing a “mechanically operated bag-valve resuscitator, which is an inexpensive alternative to a ventilator that currently only works by being hand-operated.”
MIT researchers have found that repurposing a drug used to treat blood clots in heart attack and stroke patients could potentially help those suffering respiratory distress due to Covid-19, reports CBS Boston.
Fast Company reporter Ruth Reader writes about the Covid-19 Policy Alliance, a group of MIT experts working on developing tools to help public officials understand and manage Covid-19 outbreaks across the country. I think there’s some very dark days ahead, and in those dark days state and local officials will want to know where are those vulnerable people,” explains Prof. Simon Johnson.
New York Times reporter William J. Broad writes that MIT has joined a new research consortium that seeks to “put top scientists onto gargantuan social problems with the help of A.I. — its first challenge being the pandemic.”
Prof. Lee Gehrke speaks with Julianne Lima of Boston 25 about his work developing a new rapid diagnostic test to detect Covid-19. “We want to have a test that could be right there at the front line and in 30 minutes tell a patient whether he or she has a viral infection,” says Gehrke.
The Broad Institute now has the capacity to process more than 1,000 diagnostic tests for Covid-19 a day, reports WBUR. The Broad will be able to serve as a reference lab, “meaning it will be able to test samples sent from hospitals and other locations.”
Prof. Yossi Sheffi speaks with WCVB-TV about how Covid-19 is affecting supply chains and steps retailers can take to minimize impacts. Sheffi advises grocery stores to implement safeguards such as not allowing “too many people into the stores at once and setting the aisles so they only go one way” to allow people to practice social distancing.
Writing for The New York Times, Prof. David Rand argues that social media platforms must ensure that their efforts to tackle the spread of misinformation are empirically grounded. “Social media platforms should rigorously test their ideas for combating fake news and not just rely on common sense or intuition about what will work,” writes Rand.
Washington Post reporters Andrew Freeman and Simon Denyer write that a new analysis by MIT researchers finds warmer temperatures and higher levels of humidity could help slow the spread of Covid-19. “The best-case scenario, according to the study’s authors, is that the rate of spread in parts of the Northern Hemisphere will slow as temperatures warm and humidity increases,” they write.
Senior lecturer Otto Scharmer speaks with Marco Werman of PRI’s The World about how the global response to the spread of Covid-19 could be applied to tackling climate change. “We see the moment we focus on a key issue there is nothing we couldn’t get done within weeks or months,” says Scharmer.
Gizmodo reporter Ryan Mandelbaum highlights the COVID-19 High Performance Computing (HPC) Consortium, which is bringing together MIT and other research institutions, along with industry and government organizations to combat Covid-19. “The organizers of the new consortium will provide 16 supercomputing systems to researchers, as well as a community to engage in the fight together,” Mandelbaum explains.
MIT has joined the Covid-19 High Performance Computing Consortium, which is aimed at using supercomputers to study the virus, reports Rachel Kraus for Mashable. “Supercomputers owned by tech companies, the government, and research institutions are capable of running complex experiments much more quickly than a traditional computer,” writes Kraus.