CarbonBuilt's Cindy McLaughlin encourages walking meetings and “anytime vacation” for improved well-being.
That’s where you learn how dire things are and wake up to the realities of how unsustainable our lives have become, but also where you can do the most good for future generations. We desperately need to reorganize our towns and cities around the But the thing you start to realize is that everyone fails, even all the wunderkinds coming out of MIT, and the more you can open up and talk about it with your peers, the more they’ll open up and talk about their failures, and you’ve just created new, trust-based relationships with people who can be your champions. [15-minute city](https://www.15minutecity.com/), with walkable, bikeable communities and commutes. If they want to do our meetings as walking meetings, we pop on headphones and do that, too. Candor and vulnerability show strength and will earn you the respect of your team. There may have been little things along the way, but I was lucky enough to be in a position where I was able to ignore them. We often talk about our lives outside work, give each other space where needed, and support each other through challenging times. I’m so lucky that they’re each professional superstars in their own right, so we’ve been able to help each other as we’ve navigated our careers. I have an almost daily call with my sister, weekly with my parents, and frequent check-ins with a small group of longtime, wonderful friends. They also face gender bias, harassment, and opposition to their management styles. Be a great human and helpful colleague.
After winning the NEFC last week BC takes on Duke, Haverford, NYU and others.
[Anisha Kundu](/sports/fencing/roster/anisha-kundu/16587) [Katarina Hone](/sports/fencing/roster/katarina-hone/16583) [Inigo Rivera](/sports/fencing/roster/inigo-rivera/16592)
We sit down with Kornbluth, along with MIT Provost Cynthia Barnhart and Chancellor Melissa Nobles, for a conversation on equity and representation in STEM. This ...
K Lisa Yang Center for Bionics and Sierra Leone's Ministry of Health and Sanitation aim to develop an integrative approach to strengthening.
"This allows us to craft an innovative strategy with Sierra Leone's Ministry of Health and Sanitation. The ministry is pleased to work with and learn from MIT over the next four years in building resilient health systems, especially for vulnerable groups.” Lisa Yang Center for Bionics, and heads the renowned Biomechatronics research group at the MIT Media Lab. Lisa Yang Center for Bionics has entered into a collaboration with the Government of Sierra Leone to strengthen the capabilities and services of that country's orthotic and prosthetic (O&P) sector. The collaborators aim to strengthen Sierra Leone’s O&P sector through six key objectives: data collection and clinic operations, education, supply chain, infrastructure, new technologies and mobile delivery of services. Tens of thousands of people in Sierra Leone are in need of orthotic braces and artificial limbs, but access to such specialized medical care in this African nation is limited.
Sherry Nyeo, an MIT senior majoring in computer science and molecular biology, studies RNA and plans to pursue a career in biotechnology.
She promotes research opportunities as a UROP panelist and has worked as an associate advisor since her junior year. As part of her current work in the lab of professor of biology David Bartel, Nyeo investigates how viral infection affects RNA metabolism, and she often finds herself using her computational skills to help postdocs with their data analysis. Since her first year, Nyeo has been a part of the MIT Biotech Group. Although Nyeo’s work in the life sciences keeps her busy, she finds time to nurture a diverse set of other passions. Most recently, she has been working within the Bathe BioNano Lab to use DNA to engineer new materials at the nanometer scale. In the meantime, however, she’s finding ways to help people closer to home. Through it all, she has continued to pursue her fascination with RNA, a tiny, somewhat unassuming molecule that nonetheless has a massive impact on practically every aspect of our biology. Since her sophomore year, she has also been a part of the During her time as a student researcher, Nyeo has demonstrated a similar ability to adapt to different circumstances. Her work in the lab of Whitehead Fellow Silvi Rouskin sparked an enduring interest in RNA, which she has come to regard as her “favorite biomolecule.” “It was a completely different way of thinking.” When she arrived at MIT, she decided to pursue a degree in computer science precisely because she knew she would find it challenging and because she appreciates how vital data analysis is to the field of biology. After all, she says, when you’re working at the scale of cells and molecules, “you need a lot of data to describe what’s going on.”
MIT physicists found a way to switch superconductivity on and off in magic-angle graphene. The discovery could lead to ultrafast superconducting transistors ...
It isn’t clear what enables this switchable superconductivity, though the researchers suspect it has something to do with the special alignment of the twisted graphene to both boron nitride layers, which enables a ferroelectric-like response of the system. The arrangement resembled a cheese sandwich in which the top slice of bread and the cheese orientations are aligned, but the bottom slice of bread is rotated at a random angle with respect to the top slice. The “cheese” of the sandwich consisted of magic-angle graphene — two graphene sheets, the top rotated slightly at the “magic” angle of 1.1 degrees with respect to the bottom sheet. Finally, they placed a second layer of boron nitride below the entire structure and offset it by 30 degrees with respect to the top layer of boron nitride. “This is the first time that a superconducting material has been made that can be electrically switched on and off, abruptly. The key, they found, was a combination of twisting and stacking.