Prof. John Lienhard and Dr. Kenneth Strzepek write for The New York Times about the need for Egypt, Ethiopia and Sudan to successfully share water from the Nile. “The world needs to get good at sharing water, and right away,” they write. “The alternative is frequent regional conflicts of unknowable proportions.”
In an article for Wired about desalination technologies, Eric Niiler features Prof. Rohit Karnik’s work developing single-layer membranes from graphene that could make desalination more efficient. “If we want quantum leaps in performance, we have to look for other materials,” says Karnik.
Prof. John Ochsendorf speaks with Kara Miller of WGBH's Innovation Hub about what architects can learn from the design of ancient buildings. “In many climates around the world, architecture developed specifically to its climate,” says Ochsendorf. “Today...we can air condition our way out of any heat, so we build glass boxes in the desert.”
A new report produced by MIT researchers and the EPA finds that reducing greenhouse gas emissions “could prevent tens of thousands of deaths and hundreds of billions in economic losses in the United States,” writes William Yardley for The Los Angeles Times.
Washington Post reporter Joby Warrick reports on a new study by researchers from MIT and the EPA that found that inaction on climate change will cost the U.S. economy billions of dollars. The report “concludes that every region of the country could be spared severe economic disruptions that would result if greenhouse gas concentrations continue to soar.”
Alan Neuhauser of U.S. News & World Report writes about a new report by researchers from MIT, the EPA and other institutions that examines the costs of climate change and the economic benefits of climate action. The report “asserts that restraining global warming to 2 degrees Celsius…will save close to a trillion dollars by 2100.”
A new report by researchers from MIT and the EPA quantifies the impacts of climate change on the U.S. economy, reports Coral Davenport for The New York Times. The report found that the U.S. may face “up to $180 billion in economic losses because of drought and water shortages.”
OptiBit, a startup that aims to make data centers more energy efficient, won this year’s MIT Clean Energy Prize, reports Vijee Venkatraman for BetaBoston. The OptiBit team explains that their technology offers “10 times more throughput, two times lower latency, and 95 percent less energy use” compared to copper-based chips.
Sarah Shemkus writes for The Boston Globe about how the MIT Climate CoLab uses crowdsourcing to address climate change. Climate change “is not a problem where one person or one organization can solve the problem alone,” says Prof. Thomas Malone, founder and head of the Climate CoLab.
A group of experts convened by MIT’s Abdul Latif Jameel World Water and Food Security Laboratory recently published a report on plans for the Grand Ethiopian Renaissance Dam, reports William Davison of Bloomberg News. The report’s authors urge greater coordination between Egypt and Ethiopia “to ensure water is shared fairly during periods of reduced flows.”
Jennifer Switzer reports for The Tech on MIT’s fossil-fuel divestment debate. “Divestment has been one of the most strongly debated potential actions of academic institutions in recent times,” said Prof. Roman Stocker, head of the MIT Climate Change Committee. “We decided: Why don’t we tackle it head-on?”
Nidhi Subbaraman writes for The Boston Globe about Grove Labs, an MIT startup aimed at enabling people to grow vegetables at home year-round. The founders fine-tuned their idea at MIT’s Global Founders’ Skills Accelerator for a “high-tech indoor garden.”
Benjamin Hulac reports for Scientific American on a debate held at MIT on whether the Institute should divest its endowment from fossil-fuel companies. The forum included a panel of experts arguing each side of the issue and responding to questions from the audience.
Mark Shanahan writes for The Boston Globe that the organizers of HUBweek, an innovation-themed festival designed to showcase Boston’s leadership in education, medicine, technology and the arts, gathered at a launch party last week. As part of HUBweek, MIT will host “Solve,” an event designed to bring together leaders in a variety of areas to tackle global challenges.
By combining two kinds of photovoltaic material, MIT researchers have developed a more effective solar cell, reports Umair Irfan for Scientific American. Irfan explains that combining the two materials, “generates a higher voltage than either of the layers could do by themselves.”