Popular Science reporter Kelsey Atherton writes that MIT researchers have developed a model that would allow cars to travel through intersections by communicating with one another, eliminating the need for traffic lights. “Rather than traffic lights working as valves dictating which stream can flow, the cars themselves are adjusted, cleanly separated and passed along,” Atherton explains.
During this CBS Radio segment, Sam Litzinger spotlights a new model developed by MIT researchers that would allow sensor-enabled vehicles to travel safely through intersections without traffic lights. Litzinger explains that the researchers have developed “what amounts to a central nervous system that can connect intersections with an incoming vehicle.”
MIT researchers have found that communication between vehicles could ease traffic at intersections, writes Thomas Tamblyn for The Huffington Post. The researchers found that by communicating with one another, vehicles could maintain safe distances, removing the need for traffic lights.
Terri Rupar reports for The Washington Post that researchers from MIT’s Laboratory for Social Machines have analyzed Twitter conversation surrounding the Supreme Court vacany and found that “people are definitely seeing the vacancy and Obama's nomination as issues for the 2016 election.”
A new study by MIT researchers examines the difficulties American entrepreneurs face in trying to scale their companies, according to The Economist. The researchers found that while “the American economy is still producing plenty of the right sort of firms, with lots of growth potential…fewer of those firms seem to grow big.”
MIT researchers have shown that memories can be restored using optogenetics, findings that could help treat Alzheimer’s. According to The Economist, the findings provide evidence “about how memories are lost during the early stages of the disease and may point to how…those memories might be brought back.”
A new study conducted by MIT researchers suggests that optogenetics could one day be used to help stimulate lost memories in Alzheimer’s patients, reports Ashley Welch for CBS News. Walsh writes that the researchers have “found evidence that ‘lost’ memories may just be inaccessible, with the potential to be retrieved.”
In an article for CNN about Instagram accounts that highlight scientific developments, Esra Gurkan features the MIT account. Gurkan writes that the MIT Instagram account combines “both science and beauty, providing unique views of the amazing architecture found on their campus and, of course, the quirks and ingenuity of being a student there.”
In an article posted by Scientific American, Sara Reardon writes that MIT researchers have shown that patients with Alzheimer’s can still form new memories and that lost memories could potentially be recalled using optogenetics. The findings “may allow more targeted stimulation, especially once researchers understand what happens to memories after they leave the hippocampus.”
Huffington Post reporter Ann Brenoff writes about a new MIT study that finds that Alzheimer’s patients may one day be able to recover lost memories using optogenetics. “The findings raise the hope — and possibility — that future treatments might indeed reverse some of the memory loss in early-stage Alzheimer’s patients.”
Washington Post reporter Ariana Eunjung Cha writes that MIT researchers have found evidence that memories lost due to Alzheimer’s disease could potentially be recalled using optogenetics. Cha writes that the research “raises the hope of future treatments that could reverse some of the ravages of the disease on memory.”
Prof. Erik Brynjolfsson and Andrew McAfee write for The New York Times about the significance of AlphaGo, an AI system, beating the human champion of the strategy game Go. AlphaGo’s victories, “illustrate the power of a new approach in which instead of trying to program smart strategies into a computer, we instead build systems that can learn winning strategies almost entirely on their own.”
CBS Boston reports on a new study by MIT researchers that shows that memories lost due to Alzheimer’s disease may be recovered. The research shows “that while it may be hard for people with early Alzheimer’s to access memories, they are still retrievable.”
MIT researchers have found that cell stimulation may one day be a tool in helping Alzheimer’s patients recall lost memories, according to The Guardian. The findings raise “the possibility of future treatments that reverse memory loss in early stages of the disease.”
In this BBC News video, postdoc Brad Hayes explains how his algorithm uses transcripts of presidential candidate Donald Trump’s speeches to compose tweets. “The real reason why this works is because Donald Trump tends to use these very short, imperative statements,” Hayes says.