In the Media

Prof. Dennis Whyte, co-founder of MIT spinoff Commonwealth Fusion Systems, joins GBH’s Hakeem Oluseyi, host of “Particles of Thought,” to discuss the future of fusion technology, which he describes as “the engine of the universe.” The energy power density of fusion “is about ten million times higher than gasoline,” says Whyte. “The cost and the accessibility to it [fusion] is not driven by access to fuel, but to the technology and the manufacturing capability of building the objects that would actually deliver fusion. We need a new discipline to tell us about what that is going to cost as a practical energy source—which we are starting to do now.”  

In a video interview, Prof. Turkle speaks to CNN’s Madeline Holcombe about how AI chatbots may contribute to feelings of loneliness and isolation in adults. “Technology offered the possibility of feeling like friendship without the demands of vulnerability,” says Turkle. “It turns out you can’t have intimacy or friendship without vulnerability.” 

Prof. Gary Gensler joins Bloomberg’s “Open Interest” to discuss the risks AI poses to the financial system,. “We’re spending about 2.5% of our gross domestic product on this AI build,” says Gensler. “When we have these booms, they plateau at some point; firms lose some of their pricing power, some of their growth, and you expose where the debt in the system is. Right now, there’s a lot of risk in this capital market.”  

Prof. Gary Gensler joins Tom Keene and Paul Sweeney, hosts of the “Bloomberg Surveillance Podcast” to discuss the impact of AI on the US fiscal market. “The AI trade that our capital market is hovering on top of is an investment boom that’s about twice what the internet was,” says Gensler. AI is “now about 2.5% of our economy—all of the data centers and so forth. [Major AI companies] are spending so much, but will it lead to the revenues to justify that spending?” 

MIT researchers have developed a paper-thin biohybrid robot “capable of swimming that is powered by living muscle cells instead of a traditional motor,” writes Forbes’ Conor Murray. The muscle cells are engineered to respond to flashes of light, allowing the robot to swim through mazes. The researchers believe that in the future biohybrid robots could eventually be used for everything from precision microsurgery to exploring fragile environments.  

Prof. Sherry Turkle speaks to The San Francisco Chronicle’s Jessica Zack about the risks related to humans developing intimate relationships with AI chatbots, detailed in her book “Artificial Intimacy: Who We Become When We Talk to Machines.” “The experience of being with an object that uses the first person — the ‘I,’ and, even worse, the ‘we’— is problematic. We are evolved to think that if something talks to us that way, it is a person, so you’re fighting against your very deep evolutionary buttons that are being pushed,” says Turkle.  

In a conversation with Slate’s Nitish Pahwa, Prof. Sherry Turkle discusses how to better bolster human connection and limit AI chatbot dependence, which she explores in her new book, “Artificial Intimacy: Who We Become When We Talk to Machines.” “We’re not going to solve this problem by manipulating the chatbots,” says Turkle. “We’re going to solve this problem by getting back together as us. We have to summon what we think is important about being people, both for ourselves and for our kids.”  

For The Boston Globe, reporter Hope Reese spotlights Prof. Sherry Turkle’s latest book “Artificial Intimacy: Who We Become When We Talk to Machines,” which explores the impact of relationships between humans and AI chatbots. “Chatbots are programmed to keep us engaged; that’s why they soothe us and validate us and confirm our beliefs. But that’s not the sort of relationship we’re built for,” writes Reese. “We’re meant to encounter obstacles, friction, tension –– which leads us to learn more about ourselves and each other and to develop resilience.” 

In an opinion piece for The Boston Globe, Prof. Jonathan Gruber discusses Massachusetts’ Question 5, the proposed tax rebate rule that would mandate that taxes be returned to taxpayers each time the state’s revenues grow faster than wages and salaries. “Most economists believe a recession is coming but we can’t say when. The best way to plan is to have the savings to help us through, or to invest so that we are as strong as possible when it hits,” writes Gruber. “Question 5 chooses the third path — spending the money now, and letting the state suffer in the future.”  

Hamid Doosthosseini PhD ‘25, an MIT postdoc, speaks to Tech Brief’s Andrew Corselli about his team’s work engineering bacteria to act as transistors on “living circuit boards.” “Simply, each cell works somewhat like a traffic light at an intersection, it determines whether traffic (here a chemical signal) should continue or stop based on traffic in the intersecting road,” says Doosthosseini. “Printing a network of cells can therefore combine, compute, or direct signals.” 

MIT was listed as the No. 1 national university in U.S. News & World Report’s 2027 “Best Colleges Rankings,” “based upon the analysis of more than 1,700 colleges and universities nationwide across 17 key measures,” writes MassLive’s Claudia Dimuro. “These measures included ‘First-year retention rates,’ ‘Earnings by major,’ ‘Faculty salaries,’ and ‘Student-faculty ratio,’ notes Dimuro.  

Prof. Asu Ozdaglar, head of MIT’s Department of Electrical Engineering and Computer Science, and graduate student Julia Schneider ‘26 speak to Spectrum News about MIT’s new Artificial Intelligence and Decision Making major. “Now is definitely the time to study more AI, not less,” says Schneider. “What we need is a bunch of people that are focused and excited and passionate about deeply understanding why these models do what they do.” She adds: “Ultimately I want to work on technology that ends up helping people.”  

Using AI, satellite, and ocean current data, MIT spinout Coastal Assembly constructs artificial reefs designed to help rebuild beaches restore shrinking beaches, writes Fast Company’s Adele Peters. “We take 10 years of data, and we say, where do we predict the critical areas of erosion will be in the coming months to year,” says Prof. Skylar Tibbits, co-founder of Coastal Assembly. “That tells me where the best place is to intervene—what’s the part that is most critical, where we should focus our time, effort, and money.” 

MIT researchers have invented a digestible, bioresorbable battery that can deliver drugs directly to the GI tract, reports Smithsonian Magazine’s Sara Hashemi. Prof. Giovanni Traverso and his colleagues “made two versions of the battery of different sizes and voltages,” writes Hashemi. “Exposing them to an acidic liquid similar to gastric fluid revealed they would function normally in the stomach for about three days.” 

MIT startup Fourth Power, founded by Prof. Asegun Henry, has developed a solar cell that generates its energy through built-in solar panels powered by hot graphite, writes Hiawatha Bray for The Boston Globe. “The Fourth Power system can be heated up using renewable energy, like wind or solar power, at times when these resources are cranking out surplus power,” writes Bray. “[T]he Fourth Power technology could become a preferred method of providing extra power to electrical grids during periods of peak demand.”