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Prof. Simon Johnson speaks with Reuters reporter Mark John about the impact of AI on the economy. “AI has got a lot of potential – but potential to go either way,” says Johnson. “We are at a fork in the road.”

New York Times

Prof. Kristin Forbes speaks with New York Times reporter Jeanna Smialek about the future of interest rates in the United States. “Now, the economy has learned to function with higher interest rates,” says Forbes. “It gives me hope that we’re coming back to a more normal equilibrium.”


At CSAIL’s Imagination in Action event, CSAIL research affiliate and MIT Corporation life member emeritus Bob Metcalfe '69 showcased how the many individual bits of innovation that emerged from the Telnet Protocol later become the foundation for email, writes Prof. Daniela Rus, director of CSAIL, for Forbes. “Looking ahead to the future of connectivity, Metcalfe spoke of the challenges of limited network bandwidth, and the importance of keeping connectivity firmly in mind when developing any new computing technologies,” writes Rus.

New Scientist

MIT engineers have uncovered a new way of creating an energy supercapacitor by combining cement, carbon black and water  that could one day be used to power homes or electric vehicles, reports Jeremy Hsu for New Scientist. “The materials are available for everyone all over the place, all over the world,” explains Prof. Franz-Josef Ulm. “Which means we don’t have the same restriction as with batteries.”

Scientific American

Professor Alex Pentland and Alex Lipton, a Connection Science Fellow at MIT, write for Scientific American about how social media can impact financial systems. “Before Twitter and Facebook, a spooked investor or customer would have to call, personally visit or even e-mail and text colleagues to urge them to withdraw funds from a troubled bank,” explain Pentland and Lipton. “Nowadays sophisticated clients can act as soon as they read a Tweet. Social media alerts everyone all at once, and a few clicks on a computer screen can wipe an account clean.”

The Washington Post

An analysis by the MIT Sloan Sustainability Initiative and Climate Interactive has found that planting a trillion trees would only prevent 0.27 degrees of warming by 2100, reports Maxine Joselow for The Washington Post. “Trees are great. I personally love to be out in the forests as much as I possibly can,” says Prof. John Sterman. “But the reality is very simple: You can plant a trillion trees, and even if they all survived, which wouldn’t happen, it just wouldn’t make that much difference to the climate.”


MIT researchers have designed a wearable ultrasound device that attaches to a bra and could be used to detect early-stage breast tumors, reports Lizzy Lawrence for STAT. “I’m hoping to really make it real, and to touch people’s lives,” says Prof. Canan Dagdeviren. “I want to see the impact of my technology not only in the lab, but on society.”


Prof. Amy Finkelstein speaks with Marketplace’s David Brancaccio about her new book “We’ve Got You Covered: Rebooting American Health Care,” which outlines a way to rethink health care in the U.S. “What every other high-income country does is have universal basic coverage with the ability to buy additional supplemental coverage for people who can afford and want more than that basic coverage,” explains Finkelstein. “And that’s what we need to do.” reporter Ross Cristantiello spotlights the MIT Guild of Bellringers, “a dedicated group [of volunteers] who practice every weekend to master the complex and historic practice known as change ringing.” The group rings the bells inside the Old North Church in Boston, which are “believed to be the oldest set of change ringing bells in North America,” writes Cristantiello. 

Popular Science

Popular Science reporter Jon Kelvey writes that astronomers from MIT and elsewhere recently captured views of a galaxy cluster as it existed when it was 5 billion years old, and found it is one of the few relaxed galaxy clusters from that time period in the cosmos. The findings “could be telling us that galaxies are forming at a younger age than we thought,” in the early universe, explains graduate student Michael Calzadilla. “That’s challenging our timeline of when things happened.”


Forbes reporter John C. Goodman spotlights “We’ve Got You Covered,” a new book co-authored by Prof. Amy Finkelstein and Stanford economist Liran Einav, which explores the idea of offering universal health insurance coverage with no increase in government spending. “An important argument made by Finkelstein and Einav is that Americans are paying about twice as much as we really need to pay for medically necessary health care,” writes Goodman. “So, if we gave the government’s share to people directly, they would be able to buy essential coverage with that money alone." 

Financial Times

Prof. Carlo Ratti writes for Financial Times about how new AI algorithms can impact the property market. “To train a real estate bot, our lab at MIT used pictures of 20,000 houses around Boston, as well as data that measured how their prices changed over time,” write Ratti. “When other variables were added — such as structural information and neighbourhood amenities — our algorithm was able to make very accurate predictions of how prices would change over time.”

Featured Multimedia

Astronomical observations, such as the rotation of galaxies and their relative velocities in galaxy clusters, have provided compelling evidence that the universe contains much more matter than is visible in stars. Although this so-called “dark matter” is thought to be as much as ten times larger than the visible kind, its nature is still a mystery.

Researchers affiliated with the MIT Climate & Sustainability Consortium collaborate with member companies to accelerate the implementation of large-scale, real-world solutions, across sectors, to help meet global climate and sustainability challenges.

In this episode of the Curiosity Unbounded podcast, President Sally Kornbluth talks with Associate Professor Greg Fournier about fine-tuning our understanding of evolution; life in the lab; and advice for those just beginning a career in science.

Our mission at MIT is to advance knowledge; to educate students in science, engineering, technology, humanities and social sciences; and to tackle the most pressing problems facing the world today. We are a community of hands-on problem-solvers in love with fundamental science and eager to make the world a better place.

Photorythms investigates whether computational methods such as facial detection, computer vision, and generative forms can be utilized to create more expressive and artistic works of portraiture and the face. Giving a new take on portrait photography and new life to images through computation.

Music Technology at MIT blends creativity, engineering, and musical practice. The Voxel Lab gives students a space to build entirely new ways of making sound or hack existing methods in novel ways. The result is an inspiring, multidisciplinary environment where students can combine their interests into anything their creative side can imagine, and their engineering side can build.

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