Program in STS

Prof. Kate Brown, author of “Tiny Gardens Everywhere,” speaks with Forbes reporter Alan Ohnsman of Forbes about the benefits of home gardens. Brown notes that people can “put in some healthy soils that are rich with compost, which feeds microbes and worms and black soldier flies, all these creatures that are in the soil so the soil is alive. Then you put in plants, trees, berry bushes, lettuces, greens, whatever. And when it rains, those healthy soils soak up a lot more water… [which is] great for flooding. They sequester a lot of carbon, more than any of our aesthetic alternatives. And of course, they can feed people.”

Writing for The Boston Globe, Prof. Kate Brown and David Greenwood-Sanchez of the University of Iowa explore the growing popularity of transforming residential yards into home gardens. They emphasize: “With food prices up 27 percent since 2020, it is a good time for Massachusetts legislators to consider protecting gardeners from vegetation restrictions so that they can grow plants that, in contrast to turf grass, nurture birds, bees, and the occasional rabbit — and their own families and neighbors.”

Prof. Sherry Turkle speaks with Fortune reporter Jacqueline Munis about the risks of using generative AI to address human emotions, such as grief. 

Prof. Sherry Turkle speaks with NPR’s Ted Radio Hour host Manoush Zomorodi about her research on the impact of AI usage on people’s relationships with their technology. “You know, we built this tool, and it's making and shaping and changing us,” says Turkle. “There is no such thing as just a tool. And looking back, I think I did capture the new thing that was happening to people's psychologies, really because of my method, which was just to listen to people. And I think that my work was not esoteric in the sense that it spoke directly to those feelings of disorientation. The culture had met something uncanny, and I tried to really speak to that feeling.”

Georgina Campbell Flatter SM '11, Carmichael Roberts MBA '00 and Elise Strobach SM '17, PhD '20 are among the 2025 Boston Globe Tech Power Players in the sustainability sector, reports Jon Chesto for The Boston Globe. 

Writing for Physics Today, Prof. David Kaiser chronicles his academic and professional career studying physics and the history of science. “Efforts to understand quantum entanglement and to test or constrain various alternatives have enabled generations of physicists to explore the fundamental strangeness of quantum theory,” writes Kaiser. "At the same time, as topics like entanglement and Bell’s inequality have wandered into and out of the mainstream, they enable us to chart the changing boundaries in the field of physics and the shifting place that physicists have occupied in our wider cultures.”   

Forbes reporter Tracey Follows spotlights the MIT Media Lab’s Advancing Humans with AI (AHA) project, a “new research program asking how can we design AI to support human flourishing.” At the launch event, Prof. Sherry Turkle “raised a specific and timely concern: what is the human cost of talking to machines that only pretend to care?”

In commentary for Newsweek, Prof. Sherry Turkle explores the consequences of Facebook’s announcement that the company would no longer conduct fact-checking. “Facebook is a major influencer of culture and politics,” says Turkle. “It did everything to put itself into this position. Once there, to argue that it's not and say that its users are responsible for moving its content in the direction of truth is irresponsible.” 

Prof. David Kaiser and San Francisco Ballet principal dancer Sasha De Sola participate in a dialogue hosted by the Scientific Inquirer that bridges the “boundaries between movement, spacetime, and human expression.” In a wide-ranging discussion, Kaiser and De Sola explore "the intersection of ballet, physics, and human creativity, exploring time’s influence on innovation."

Prof. William Deringer speaks with David Westin on Bloomberg’s Wall Street Week about the power of early spreadsheet programs in the 1980s financial services world. When asked to compare today’s AI in the context of workplace automation fears, he says “one thing we know from the history of technology - and certainly the history of calculation tools that I like to study – is that the automation of some of these calculations…doesn’t necessarily lead to less work.”

PBS Space Time host Matt O’Dowd highlights research by Prof. David Kaiser and graduate student Elba Alonso-Monsalve delving into the composition of primordial black holes and potentially confirming the existence of color-charged black holes. “It may stand to reason, that colorful black holes were once the most natural thing in the world,” O’Dowd muses. 

Prof. Sherry Turkle shares the benefits of being polite when interacting with AI technologies, reports Webb Wright for Scientific American, underscoring the risks of becoming habituated to using crass, disrespectful and dictatorial language. “We have to protect ourselves,” says Turkle. “Because we’re the only ones that have to form relationships with real people.”

Researchers at MIT have discovered the composition of primordial black holes, “potentially discovering an entirely new type of exotic black hole in the process,” reports Jacopo Prisco for CNN. “We were making use of Stephen Hawking’s famous calculations about black holes, especially his important result about the radiation that black holes emit,” says Prof. David Kaiser. “These exotic black holes emerge from trying to address the dark matter problem — they are a byproduct of explaining dark matter.”

Researchers at MIT have “analyzed how primordial black holes with a trait known as color charge could have formed in the soup of particles that composed the early universe,” reports Leah Crane for New Scientist. “They’re not really colors,” explains Prof. David Kaiser. “If we zoomed in with a microscope we wouldn’t see colors with our eyes, but it’s a way of accounting for the fact that nature seems to only allow color-neutral combinations.” 

Ms. Magazine reporter Kalindi Vora spotlights Prof. Emerita Evelyn Fox Keller and the legacy of her work in the field of science. “Through her work, [Keller] showed that objectivity, the key value of the sciences, is in fact always partially subjective,” writes Vora. “Her legacy demonstrates that diversifying the sciences will improve research and discovery.”