Prof. Anantha Chandrakasan speaks with The Boston Globe reporter Jon Chesto about his new role as provost and his goals for the Institute. “To be in the administration, you have to understand the perspectives of the individual faculty members, the students, and the post-docs,” he said. “I want to be in the trenches, not separated from the pack.”
Following his appointment as Institute provost, Prof. Anantha Chandrakasan has been honored at a celebratory event by the Foundation of Indian Americans of New England and the Indian Consulate of New York, reports News India. “As Provost, I am committed to advancing excellence in research, innovation, and education,” says Chandrakasan.
Prof. Anantha Chandrakasan was honored by the Indian American community in New England and the Consulate General of India in New York as he enters his new role as MIT provost, reports Abhinav Sharma for Diya TV. “I am deeply grateful for this honor,” says Chandrakasan. “The support from this community has played an integral role in my journey. As Provost, I am committed to advancing excellence in research, innovation, and education. Together, we will shape a future defined by meaningful progress and global impact.”
Mashable reporter Elisha Sauers spotlights some of the exoplanets identified thus far in 2025, including BD+05 4868 Ab, a rocky exoplanet discovered by MIT astronomers that has a “comet-like tail stretching more than 5.5 million miles.” BD+05 4868 Ab is “about the size of Mercury and orbits its star every 30.5 hours,” Sauers explains. “At roughly 3,000 degrees Fahrenheit, the planet appears to be shedding material — about one Mount Everest’s worth per orbit — that becomes its tail.”
Prof. Emeritus Daniel Kleppner, a “highly honored physicist who developed technologies that helped pave the way for the Global Positioning System and whose foundational atomic discoveries helped open up the field of quantum computing,” has died at age 92, reports Anusha Mathur for The Washington Post. Prof. Wolfgang Ketterle explains that Kleppner’s research laid the groundwork for what “in the last 15 years has been developed into a new platform, a new approach for quantum computation. That has led to multimillion-dollar funding in multiple start-up companies in Europe and the U.S.”
Using the Hubble Space Telescope, Prof. Julien de Wit and his colleagues have “detected microflares coming from the TRAPPIST-1 star every hour or so that last for several minutes,” reports Alex Wilkins for New Scientist. “These tiny bursts of radiation appear to interfere with our ability to observe the light that passes through the planets’ atmospheres – if they exist – thwarting the main method of detecting what chemicals might be in any atmospheres,” explains Wilkins.
American Kahan spotlights Prof. Anantha Chandrakasan, MIT’s chief innovation and strategy office and dean of MIT’s School of Engineering, who was recently named the Institute’s new provost. “As Chandrakasan prepares to guide MIT through this evolving landscape, he remains grounded in the principles that have shaped his career: excellence, innovation, and collaboration,” writes American Kahan.
A study by researchers at MIT and elsewhere has proposed an alternative scenario to how life survived “Snowball Earth,” a “super ice age that froze the entire planet from poles to the equator” during the Cryogenian period, reports David Bressan for Forbes. “The scientists found that lifeforms could have survived the global freeze by thriving in watery oases on the surface,” explains Bressan.
The Press Trust of India spotlights how Anantha Chandrakasan, dean of the MIT School of Engineering and MIT’s chief innovation and strategy officer, has been named the Institute’s new provost. In announcing Chandrakasan’s new role, President Sally Kornbluth noted that he “brings to this post an exceptional record of shaping and leading important innovations for the Institute.”
Prof. Anantha Chandrakasan, MIT’s chief innovation and strategy officer and dean of MIT’s School of Engineering, has been named the Institute’s new provost, reports The Hindu. “As MIT’s chief academic officer, Prof. Chandrakasan will focus on three overarching priorities: understanding institutional needs and strategic financial planning, attracting and retaining top talent, and supporting cross-cutting research, education, and entrepreneurship programming.”
Woods Hole Film Festival will showcase “Cracking the Code: Phil Sharp and the Biotech Revolution,” a film highlighting Prof. Emeritus Phil Sharp’s academic journey and discovery of RNA splicing, reports Erin Trahan for WBUR. The festival runs from July 26 – August 2 in Falmouth, MA.
A study by Prof. Noelle Selin has found that climate change will impact our ability to curb smoke and smog pollutants, reports Vivian La for WBUR. The researchers “used computer models to predict how air pollution will develop in the Eastern United States over the next few decades,” explains La. Selin underscored the importance of policies that reduce air pollution noting that: “what we’re doing to the atmosphere has impacts and it’s important not to roll these back.”
Prof. Tali Sharot speaks with Darian Woods of NPR’s The Indicator from Planet Money about why members of Gen Z may be feeling financial dysmorphia. “In order to be happy and satisfied, we need to see ourself progressing,” says Sharot. “That is true on every level, whether it is intellectually or whether it's financially.”
Gizmodo reporter Isaac Schultz writes that MIT astronomers have uncovered the most distant galaxy ever detected, dubbed MoM-z14, using the James Webb Space Telescope. Schultz notes that MoM-z14 “isn’t just some dim smudge, either—it’s unexpectedly luminous, echoing a growing theme in JWST’s discoveries. MoM-z14 now joins a strange new class of young galaxies that shine far more brightly than anyone expected.”
MIT astronomers have found evidence that a massive asteroid impact billions of years ago “may have briefly amplified the moon's old, weak magnetic field, leaving behind a magnetic imprint still detectable in lunar rocks,” reports Sharmila Kuthunur for Space.com. “While the moon once had a weak magnetic field generated by a small molten core, the team's research suggests it likely wouldn't have been strong enough on its own to magnetize surface rocks,” Kuthunur explains. “However, a massive asteroid impact may have changed that — at least briefly.”