A new study by MIT researchers suggests that miniscule black holes could briefly wobble the orbit of Mars and that these tiny black holes may pass through our solar system once every decade or so, reports Jess Thomson for Newsweek. “The researchers modeled the orbits of every large body in the solar system,” writes Thomson, “and found that tiny wobbles in the orbit of Mars could indicate one of the asteroid-mass black holes passing through.”
MIT physicists have found that “the presence of a tiny black hole speeding through the solar system could be identified by the gentle gravitational nudge it exerted on the Earth and other planets, which would alter their orbital paths by no more than a few feet,” reports Noah Haggerty for The Los Angeles Times. “It’s just fantastic that the most conceptually conservative response is to say, ‘It’s just super tiny black holes that were made a split second after the Big Bang,’” says Prof. David Kaiser. “It’s not inventing new forms of matter that have not yet been detected. It’s not changing the laws of gravity.”
Writing for Nature, Prof. Ritu Raman explores how she drew upon her childhood experiences attending different schools across three continents to inform her teaching practices. “Although my pedagogy is still very much a work in progress, my current philosophy involves three main factors: pipettes (knowing when to put on some gloves and teach hands-on); practice (learning when to step aside and enable independent exploration); and patience (centering optimism in my view of students and science),” writes Raman. “With pipettes, practice and patience, I hope to embrace and enjoy the nonlinear nature of teaching and learning.”
Researchers from MIT and Stanford University have found “staff at one Fortune 500 software firm became 14% more productive on average when using generative AI tools,” reports Olivia Solon and Seth Fiegerman for Bloomberg.
MIT scientists have “observed and captured images of a rare ‘edge state’ in ultracold atoms,” reports Rupendra Brahambhatt for Interesting Engineering. “Using these findings, they can learn to achieve and harness the edge states of electrons in different materials,” notes Brahambhatt. “This breakthrough in the field of quantum physics could lead to the discovery of practically infinite energy sources.”
Jeff Karp, an affiliate faculty member with the Harvard-MIT Program in Health Sciences and Technology, speaks with NBC Boston 10 reporter Renée Onque about the “pendulum lifestyle” – a new outlook on work-life balance detailed in Karp’s book “LIT: Life Ignition Tools.” "We hear these things from others, [like] trust in the process [and] balance is so important, we need more balance, it's the ultimate goal," says Karp. "It ends up being very frustrating and can lead to anxiety, because we're constantly feeling like we're not in balance. There's a state we should be in [and] we're never in that state."
Scientists and science lovers gathered to celebrate the “quirky aspects of science” at the 2024 Ig Nobel award ceremony held at MIT, reports Ari Daniel for NPR. “We honor some remarkable individuals and groups,” says Marc Abrahams, founder and organizer of the Ig Nobel event and editor of the Annals of Improbable Research. “Every Ig Nobel prize winner has done something that first makes people laugh, and then makes them think.”
A new chatbot developed by MIT researchers aimed at persuading individuals to stop believing unfounded conspiracy theories has made “significant and long-lasting progress at changing people’s convictions,” reports Teddy Rosenbluth for The New York Times. The chatbot, dubbed DebunkBot, challenges the “widely held belief that facts and logic cannot combat conspiracy theories.” Professor David Rand explains: “It is the facts and evidence themselves that are really doing the work here.”
A new study by Prof. David Rand and his colleagues has found that chatbots, powered by generative AI, can help people abandon conspiracy theories, reports Rebecca Ruiz for Mashable. “Rand and his co-authors imagine a future in which a chatbot might be connected to social media accounts as a way to counter conspiracy theories circulating on a platform,” explains Ruiz. “Or people might find a chatbot when they search online for information about viral rumors or hoaxes thanks to keyword ads tied to certain conspiracy search terms.”
A new study by researchers from MIT and elsewhere has found that an AI chatbot is capable of combating conspiracy theories, reports Karen Kaplan for The Los Angeles Times. The researchers found that conversations with the chatbot made people “less generally conspiratorial,” says Prof. David Rand. “It also increased their intentions to do things like ignore or block social media accounts sharing conspiracies, or, you know, argue with people who are espousing those conspiracy theories.”
WHDH reporter Polikseni Manxhari spotlights the Kendall Square “Rollerama,” an outdoor roller-skating rink created by MIT. The rink “offers free skate rentals, free lessons, live music, vendors, concessions and more,” explains Manxhari. “It’s not just a roller skating rink,” says Kathryn Brown, director of real estate at MIT’s Investment Management Company. “There’s a lot of people that come into this space and enjoy just the music and being outdoors.”
A new study by researchers from MIT and elsewhere tested a generative AI chatbot’s ability to debunk conspiracy theories , reports Mack Degeurin for Popular Science. “In the end, conversations with the chatbot reduced the participant’s overall confidence in their professed conspiracy theory by an average of 20%,” writes Degeurin.
Researchers from MIT and elsewhere have created an AI Risk Repository, a free retrospective analysis detailing over 750 risks associated with AI, reports Tor Constantino for Forbes. “If current understanding is fragmented, policymakers, researchers, and industry leaders may believe they have a relatively complete shared understanding of AI risks when they actually don’t,” says Peter Slattery, a research affiliate at the MIT FutureTech project. “This sort of misconception could lead to critical oversights, inefficient use of resources, and incomplete risk mitigation strategies, which leave us more vulnerable.”
Los Angeles Times reporter Rosanna Xia spotlights Prof. Susan Solomon’s new book, “Solvable: How We Healed the Earth, and How We Can Do It Again,” as a hopeful remedy to climate anxiety. “An atmospheric chemist at MIT whose research was key to healing the giant gaping hole in our ozone layer, Solomon gives us much-needed inspiration — and some tangible ways forward,” explains Xia.
Prof. Nancy Kanwisher has been named a recipient of the 2024 Champalimaud Foundation’s Vision Award, reports the Associated Press. The award highlights the collective work of four researchers who have “driven significant progress in the field of visual neuroscience."