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MassLive

MassLive’s “Most Influential Innovators” list, which celebrates inventors from across the Commonwealth, spotlights numerous MIT community members including President Sally Kornbluth; Prof. Russ Tedrake; Visiting Scientist Brandon Sorbom PhD ‘17, co-founder of Commonwealth Fusion Systems; Visiting Scholar Ariel Ekblaw PhD ‘20, CEO of Aurelia Institute; Maxim Lobovsky MS ‘11, CEO of Formlabs; Noubar Afeyan PhD ‘87, CEO of Flagship Pioneering; and Andy Ory, CEO of MIT spinout QuEra Computing. “Kornbluth has been working hard to defend the university, which has long been a major economic engine not just for Massachusetts, but for the country,” writes reporter Scott Kirsner. 

New Scientist

According to new research by MIT physicists, a laser able to capture neutrinos, abundant yet intangible particles in the universe, is likely impossible to build, writes New Scientist’s Karmela Padavic-Callaghan. “The key to the neutrino laser proposal was a memory effect: when an atom in the BEC (Bose-Einstein condensate) emitted a neutrino, it would be more likely to continue emitting more neutrinos in the same direction, thus pushing them into a beam, because the quantum state that all the ultracold atoms share would retain a trace of that first emission,” Padavic-Callaghan explains. “[Prof. Wolfgang] Ketterle and his colleagues showed that this memory, although present, would be about 10,000 billion times too brief to affect the neutrinos as intended.” 

Newsweek

MIT researchers have developed an AI-powered robotic therapy system that combines wearable force sensors and camera recordings of physical therapists’ movements to provide personalized therapy to patients, writes Newsweek’s Claudia Tanner. “Robotic assistance will allow patients to practice exercises more often while still receiving support tailored to their abilities,” says Johannes Lachner, who completed this work as a postdoctoral fellow at MIT. “Our goal is to take a step toward more accessible and personalized physical rehabilitation, giving more patients the opportunity to regain movement and independence.” 

The Boston Globe

Writing for The Boston Globe, President Emeritus L. Rafael Reif describes the need to develop a universal “moral floor,” like the Ten Commandments, which provide clear guidelines for the use of AI. “Today, people are creating and developing intelligence that is much more capable, in narrow ways, than our own,” Reif explains. “We owe humanity the same discipline to civilize AI before it is too late: Write down what lines must never be crossed, make the list short enough to remember, and hold every actor building it, and using it, accountable for its actions.”

Hotel Mars

Postdoctoral Associate Rohan Naidu joins John Batchelor and David Livingston, hosts of the “Hotel Mars” podcast, to discuss his research discovering black hole stars from little red dots using NASA’s James Webb Space Telescope. “When we first discovered the little red dots, we assumed that red means dust, and so the idea was that the little red dots are the kind of black holes that we see in our backyard,” says Naidu. “But now we have this paradigm shift where we are realizing that red does not mean dust. Red could mean that you have this black hole star kind of object where all the blue light is being soaked up in this dense star-like cocoon.” 

Financial Times

Prof. David Autor speaks to Financial Times reporter Christian Davies about the increased use of physical AI systems at U.S. manufacturing companies. “[Autor says] that while individual companies might increase headcount as they grow more productive, it is a fallacy to assume this will be replicated across the manufacturing sector as a whole, noting that previous waves of automation in the US have all driven large-scale declines in blue-collar employment,” writes Davies.  

MassLive

MassLive’s Juliet Schulman-Hall covers a new report from the MIT Ad Hoc Committee on AI Use in Teaching, Learning and Research Training about AI and education at MIT. “It’s rare that a successful institution has to take a fresh look at many aspects of its mission,” said President Sally Kornbluth in a letter to the community. “But I’m convinced that the opportunities and risks generative AI poses for our model of education and research now constitute such a watershed for MIT — and for all of higher education.” 

Fortune

Prof. Paul Osterman speaks to Fortune’s Nick Lichtenberg about how his new book “Disposable Workers: The Transformation of Employment” explores how a perceived lack of ambition among Gen Z reflects the decreased amount of job security and opportunity available to young workers. “No one has job security anymore, but these folks [disposable workers] are hired with that expectation and are not going to be around for long,” says Osterman.

MassLive

MassLive’s Joshua Macht explains how the MIT Museum is a “fitting” setting to host the honorees of MassLive’s “Most Influential Innovators” list, which includes President Sally Kornbluth and a number of other MIT faculty and alumni. “The museum welcomes all to participate in MIT’s unique culture of problem solving and playful creativity,” writes Macht. “It is also producing the inaugural MIT Future Fest, a new, annual festival exploring the future of science, technology, art and design.”  

WBUR

WBUR’s Lloyd Schwartz highlights the forthcoming Radius Ensemble performance at MIT’s Thomas Tull Concert Hall on Oct. 17. “Oboist Jennifer Montbach is the founding impresario and leader of this superb group that specializes in contemporary music but always has the surprise of an older and only sometimes more familiar piece,” writes Schwartz.  

Community Updates

Featured Multimedia

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Meet Paula Hammond, MIT Institute Professor and Dean of the School of Engineering—the first woman and first Black scholar to lead MIT's Department of Chemical Engineering. Discover how her pioneering research in nanotechnology and ovarian cancer has shaped her career, the barriers she broke along the way, and what it means to change what leadership looks like in STEM.

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MIT researchers uncovered a new cyberattack that can bypass some of the latest security defenses built into modern computer processors. The researchers explain how the attack works — and what it reveals about potential vulnerabilities in today’s hardware.

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MIT engineers have designed a robot that can fly through the air, dive underwater to swim, then flap back into flight—much like a diving bird. The breakthrough could pave the way for a new class of aerial-aquatic vehicles for ocean exploration.

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For 75 years, MIT Lincoln Laboratory has developed technology to help keep the nation safe. Founded in 1951, the Laboratory tackles critical national security challenges through long-term research, rapid system prototyping, and demonstration. It also works with industry to transition new concepts and technologies into systems ready for development and deployment.

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