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April 4, 2024
Greetings! Here’s the latest from the MIT community.
 
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Enabling Experimentation
Mo Mirvakili PhD ’17 founded Seron Electronics to democratize scientific experimentation. With the company’s equipment, which precisely controls electric current, voltage, and power, “anyone can conduct high-quality experiments,” he says.
Top Headlines
MIT researchers discover “neutronic molecules”
A study shows neutrons can bind to nanoscale atomic clusters known as quantum dots. The finding may provide insights into material properties and quantum effects.
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Characterizing social networks
A new method to measure homophily in large group interactions offers insights into how groups might interact in the future.
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A better way to handle recessions
Economist and recent MIT Sloan Investment Conference speaker Claudia Sahm describes her dedication to data and how her “Sahm rule” could improve the impact of stimulus checks.
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#ThisisMIT
In the Media
Supermassive black hole’s mysterious “hiccups” likely caused by neighboring black hole’s “punches” // Space.com
Astronomers have found periodic eruptions from a supermassive black hole at the heart of a galaxy about 800 million light-years from Earth could be caused by a “second, smaller black hole slamming into a disk of gas and dust, or ‘accretion disk,’ surrounding the supermassive black hole, causing it to repeatedly ‘hiccup’ out matter.” The results suggest “some accretion disks could harbor exotic components, such as stars and even smaller secondary black holes.” 
How one tech skeptic decided AI might benefit the middle class // The New York Times
Professor David Autor discusses his hope that AI can be harnessed to become “worker-complementary technology,” enabling individuals to take on more highly skilled work and find better paying jobs. “I do think there is value in imagining a positive outcome, encouraging debate and preparing for a better future,” Autor explains. “This technology is a tool, and how we decide to use it is up to us.”
Meet Your MIT Neighbor
Name: Gabriel Adams
Affiliation: Software engineer at Lincoln Laboratory
How did you come into your current role? I was … offered a full-time staff position in 2022. I help develop and maintain my group’s Common Open Architecture Radar Programs (COARPs)-compliant radar processor on the Laboratory’s Airborne Radar Testbed (ARTB). The COARPs specification is meant to enable radar subsystems acquisition, processor hardware refresh, and third-party technology insertion.
When did you become interested in computer science? In my freshman year of high school, I took an Intro to Java course and knew soon afterward that I wanted to study computer science in college.
If you could bring any technology into existence, what would it be and why? Teleportation, for sure. I have spent enough time in traffic on the [Massachusetts Turnpike] and working around [MBTA] Red Line issues to choose anything else!
Full interview via Lincoln Laboratory
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