Using an AI algorithm, engineers have found a way to make RNA vaccines more heat-resistant, which could allow their wider use. “This algorithm allows us to more easily achieve formulations with features that we want — in this case, stability,” Ana Jaklenec says.
Researchers developed a noninvasive way to identify senescent cells — which are still alive but have stopped dividing — within aging tissue. The advance could help diagnose age-related disorders and guide scientists working on new treatments.
Always up for a challenge, Braedon Rudolph ’26 double majored in physics and economics before commissioning as an officer in the Marines. He also played lacrosse, composed music, and consulted for nuclear energy organizations.
AeroAstro PhD student Lanie McKinney works to help humans explore Mars — and return home. “If we don’t build gas stations on Mars, it will be very difficult to get humans back to Earth,” she says. “We’re going to need some way to produce the propellant on site.”
The world needs more homes. The world also has too much plastic. MIT spinout Atlas Building Composites is working to solve both problems at once: “We’re turning bottles into buildings,” says co-founder A.J. Perez ’13, MNG ’14, PhD ’23.
This fact sheet offers a high-level summary of the many steps MIT leaders have taken to support our vibrant Jewish community.
MIT’s vital research and education — on topics such as human health, energy innovation, quantum computing, and advanced manufacturing — continue to advance national security, economic competitiveness, and quality of life for all Americans.