HST PhD student Ginger Schmidt works to design optical tools that can measure the stiffness of arteries. Her goal: to create a technology that can be widely and affordably used in treating heart disease, without major changes to existing equipment or workflows.
An MIT class project has spawned an effort to build a new kind of aircraft in Ohio. Electra began as an idea for a hybrid plane that could take off from shorter runways than traditional planes but have more range and speed than all-electric aircraft.
The MIT-rooted startup Dmat is bringing the remarkable durability of ancient Roman concrete to modern construction. “By applying lessons from the past, we’re enabling a better future for the modern concrete industry,” Admir Masic says.
Every year, lung cancer kills more than 100,000 Americans. But in an advance that could help prevent some of those deaths, researchers have shown that blocking an enzyme involved in lung inflammation appears to reduce the risk of developing tumors.
For DMSE’s Hugh Smith, building an energy-secure future isn’t about creating the best battery; it’s about designing the right battery for the right job. He’s working to develop sodium-ion batteries, whose components are abundant and accessible.
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.