Prof. Sara Seager speaks with Judi Ketteler of The Boston Globe about her new book, “The Smallest Light in the Universe.” Seager shares that the night sky still conjures up the same feelings of "awe and wonder,” that she felt as a child. “The only difference is, I wonder about the planets around those stars. I wonder if anyone’s on those looking back at us from their planet.”
Prof. Nergis Mavalvala has been named the new Dean of MIT’s School of Science, reports Zara Khan for Mashable. Khan notes that Mavalvala “is known for her pioneering work in gravitational wave detection,” and will be the first woman to serve as Dean of the School of Science.
Writing for The New York Times, Anthony Doerr reviews “The Smallest Lights in the Universe” and “The Sirens of Mars,” new books from Professor Sara Seager and alumna Sarah Stewart Johnson ’08, respectively. Doerr notes that “both writers exemplify the humanity of science: Seager and Johnson laugh, grieve, hope, fail, try, fail and try again.”
USA Today reporter Barbara VanDenburgh highlights Prof. Sara Seager’s new book in a roundup of “not to miss” upcoming releases. “After the unexpected death of her husband, an MIT astrophysicist looks to the stars for solace – and inside herself for answers – in this moving memoir,” writes VanDenburgh.
Forbes contributor Elizabeth Fernandez writes that a study co-authored by MIT researchers shows quantum entanglement could give blackjack players a slight edge. Fernandez adds that the research shows how, “entangled systems can show up in our macroscopic, everyday lives.”
CNN reporter Kami Phillips spotlights Prof. Sara Seager’s new book, “The Smallest Lights in the Universe.” Phillips notes, “This moving memoir is a tear-jerking story of grief, love, loss and new beginnings that will leave you comforted, hopeful and optimistic all at the same time.”
Quanta Magazine reporter Thomas Lewton writes that a new study co-authored by Prof. Frank Wilczek explores how gravitons may create “noise” that could be identified by gravitational wave detectors. “There’s a kind of default consensus that it’s a waste of time to think about quantum effects and gravitational radiation,” said Wilczek. “There’s nothing like actual experimental results to focus the attention.”
Gizmodo reporter George Dvorsky writes about how researchers from MIT and other institutions have detected the corona of a supermassive black hole disappearing and then reappearing. Dvorsky writes that their findings suggest this “strange episode was caused by a runaway star.”
Prof. Max Tegmark speaks with Richard Webb at New Scientist about shifting his focus from cosmology to “intelligence, both human and artificial.” “It was very natural for me to gravitate to the biggest unsolved mystery that’s sort of coming within range,” says Tegmark. “We are able to see things with telescopes that our ancestors could never see, and the same thing is happening now with the mind.”
Prof. Emeritus Daniel Freedman has been awarded the Special Breakthrough Prize in Fundamental Physics for his work devising the theory of supergravity, reports Philip Ball for Scientific American. Freedman notes that the award, “takes the cake—it is the cap of my long career.”
Boston Globe reporter Martin Finucane reports that Prof. Emeritus Daniel Freedman has been named a recipient of the Breakthrough Prize in Fundamental Physics for his discovery of supergravity. “The discovery of supergravity was the beginning of including quantum variables in describing the dynamics of spacetime,” explains Edward Witten, chairman of the selection committee.
Larry Edelman at The Boston Globe reports that Commonwealth Fusion Systems (CFS) has completed its first round of venture financing with a total of $115 million. “CFS is working with the Plasma Science and Fusion Center at MIT to develop what it hopes will be the first commercial system that creates power using nuclear fusion,” writes Edelman.
Jonathan Shieber of TechCrunch reports that Commonwealth Fusion Systems, a startup collaborating with MIT, has raised an additional $50 million toward its efforts to develop a commercial fusion reactor. “Commonwealth Fusion expects to have its smallest possible reactor built by 2025 thanks to the research that MIT has done on proprietary magnet technology that the company uses to confine its nuclear reaction,” writes Shieber.
Researchers from a number of institutions, including MIT, are exploring the feasibility of cold fusion, reports Steven Salzberg for Forbes. The researchers explained that while they were unable to successfully produce cold fusion, their exploration of this topic “is likely to have a substantial impact on future energy technologies.”
On Science Friday, Prof. David Kaiser speaks with Ira Flatow and Annie Minoff about Albert Michelson, a physicist who was known for his work trying to detect evidence of the luminiferous ether, the hypothetical matter that for years scientists believed light traveled through.