Boston Globe reporter Rebecca Ostriker highlights how the Broad Institute is ramping up to be able to perform thousands of tests coronavirus antibody tests per day. “The importance of antibody testing can’t be stressed enough,” explains Prof. Bruce Walker, director of the Ragon Institute of MGH, MIT, and Harvard.
Senior lecturer Robert Pozen speaks with Emily Rooney of WGBH’s Greater Boston about how the coronavirus pandemic could impact the future of work, the construction boom in the greater Boston area and what office spaces might look like going forward. “Even when you get the vaccine, I don’t think we are going to see the demand for commercial space be what it is,” says Pozen.
Gizmodo reporter Geoffrey Mann spotlights the MIT Covid-19 Challenge, a virtual hackathon that brought together more than 1,99 participants from 90 countries to develop “solutions for issues such as education online, food availability and emergency responses during COVID-19.”
Third-year student Rona Wang’s first novel, “You Had Me at Hello World” will be published in 2022, reports Grace Griffin for The Boston Globe. “I really hope that readers can see themselves in my stories,” says Wang. “Anybody who has ever felt unsure of themself or anybody with a dream that they tirelessly pursue, I hope they can all get something from my book.”
Marc Zissman, the associate head of MIT Lincoln Laboratory’s Cyber Security and Information Science Division, speaks with Axios reporters about how MIT researchers are developing a contact tracing system that uses Bluetooth signals to help maintain privacy.
A team of MIT researchers has uncovered a variety of new ways to use heavy hydrocarbons such as coal, tar and pitch to make new devices, reports Caroline Delbert for Popular Mechanics. Delbert writes that the findings demonstrate how, “a less oil-reliant future offers an opportunity to study these complex chemicals more close up than ever before.”
Prof. Lee Gehrke speaks with NPR’s Rob Stein about his work developing a new diagnostic test for Covid-19 that could deliver results in minutes. "It looks very much like a pregnancy test. And they're very simple,” says Gehrke. “They don't require special chemicals or training to use them. And they can give you a read out in about 15 minutes or so.”
Axios reporter Bryan Walsh writes that Broad Institute researchers have developed a CRISPR-based diagnostic tool that tests for different pathogens simultaneously. “The new technology could help speed COVID-19 tests, but its bigger impact could be in enabling clinicians to rapidly test a patient sample for more than 150 different viruses."
A new app developed by Media Lab researchers modeled after character games like Pokémon and encourages users to invest in their own well-being, reports Mark Wilson for Fast Company. Wilson notes that, “gaming is a promising avenue for introducing mental health interventions.”
Mashable reporter Emmett Smith spotlights how CSAIL researchers have developed a device that could allow doctors to monitor patients with Covid-19 remotely. Prof. Dina Katabi explains that the device can be thought of as a “smarter WiFi box” that uses wireless signals to extract information on the “health of the individual in the environment all without putting sensors on people’s bodies.”
The New York Times spotlights a new documentary that chronicles Prof. Emeritus Rainer Weiss’ quest to detect gravitational waves. “With gravitational waves, you have a new way to look at the universe,” says Weiss. “You can see all of what nature has in store. So now comes the question: What do you want to find out?”
To raise funds for community members impacted by Covid-19, MIT faculty are auctioning off lunch conversations, reports Joe Dwindell for The Boston Herald. “This is one small — and we hope fun and interesting — way for us to give back to our local community during this challenging period,” says David Capodilupo, assistant dean of MIT Sloan Global Programs.
Fast Company reporter Adele Peters spotlights how MIT researchers have developed a new process that uses sustainable raw ingredients to 3-D print materials that would eventually degrade naturally. The project was named the winner of the art and design category in Fast Company’s 2020 World Changing Ideas Awards.
STAT reporter Elizabeth Cooney writes that MIT researchers have developed a model GI tract as part of an effort to better understand how the human digestive system absorbs oral drugs. “The MIT scientists believe their method more faithfully represents the ways people respond to drugs, far earlier in the process than now typically occurs,” Cooney explains.
UPI reporter Sommer Brokaw writes that MIT researchers have developed a new precision injection system that could be used to help save banana, olive and orange crops threatened by disease. “The new system uses silk-based biomaterials to fabricate a microneedle-like device, which can inject nutrients, antibiotics or other pesticides into plants' circulatory systems,” Brokaw explains.