Stephanie Mlot reports for FOX News that MIT researchers have developed a new portable system that can monitor energy usage, and could be useful for both residential and military applications. The system could “not only generate major savings in fuel or power,” Mlot writes, “but it may also safeguard soldiers responsible for base resupply.”
MIT researchers have demonstrated that power plant emissions can be turned into liquid fuels using engineered microbes, reports Damian Carrington for The Guardian. Carrington explains that the process “uses bacteria to convert the waste gases into acetic acid - vinegar - then an engineered yeast to produce an oil.”
In an article for BloombergView, Prof. John Deutch writes that industry must invest in the clean energy sector in order to encourage innovation. Deutch and his co-authors write that “there is an imperative for industry to explore the commercialization of new innovative low-carbon technologies.”
MIT researchers are developing a new computer chip to increase efficiency and decrease the carbon footprint of cloud computing, reports Daniela Hernandez for The Huffington Post. Hernandez explains that the chip “uses light, instead of electricity, as the highway for information.”
Frank O’Sullivan speaks with Lyndsey Gilpin of Forbes about several states in the U.S. that are investing in renewable energy. O’Sullivan says that, “as the economics of solar in particular have improved, the economic rationale is beginning to be more broadly appreciated.”
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.
MIT engineers have developed an ultralow-power circuit that can efficiently harvest energy from solar power, reports Robert Ferris for CNBC. Ferris explains that the circuit “lends itself well to creating self-powering electronic sensors that can be used in a wide range of applications.”
Researchers from MIT, Carnegie Mellon, and Union College found that collaborative groups containing more women showed higher collective intelligence, writes Geoff Colvin for Fortune. The findings indicate that because on average women score higher on social sensitivity, the greater proportion of women in a group, the better.
ABC News reports on the new smart benches created by Changing Environments, a spinoff from the MIT Media Lab. The ‘Soofas’ will be placed in various locations throughout Boston and Cambridge and allow users to charge phones and download environmental data.
Liz Stinson reports for Wired on a project by the Senseable City Lab that aims to reduce wasted energy by using localized beams of heat. The system uses a WiFi-enabled tracking system and can sense when a person is present.
“Instead of trying to balance output at the panel level, the students looked to balance at the individual cell level,” writes Sami Grover of The Huffington Post about a team of MIT students who developed an integrated chip to solve the problem caused by shade on solar panels. “The result was both better performance and considerably lower cost.”
Kerry Flynn of Forbes reports on a new system developed by the MIT Senseable City Lab that reduces wasted energy by creating local, personal climates throughout buildings. The system targets and tracks people in a building and synchronizes climate control by sending data to heat-radiating bulbs.
CNN features a new park bench from the Media Lab designed to use solar energy to charge mobile devices. Researchers hope that technologies like the solar-powered bench will help cities use energy more efficiently.
Writing for Scientific American, Melissa Lott reports on how a team from MIT has developed an integrated circuit design that doubles the capacity of existing solar arrays.
In an article for CNN, Thom Patterson reports on how MIT startup Altaeros Energies has developed an airborne wind turbine that they hope can deliver power to the roughly 1 billion people in rural areas without electricity.