Via @mit on TikTok: “It’s NCAA Division III week! Play ball!”

By changing how atoms within a molecule are arranged, Alison Wendlandt aims to create compounds with new chemical properties. Often, “something that seems small, such as the position of a single atom in space, may actually be really profound,” she says.

With machine learning, researchers developed a faster way to solve complex planning problems. By eliminating redundant computations, the method can streamline processes like scheduling trains, routing delivery drivers, or assigning airline crews.

Successful entrepreneurs know how to thrive amid uncertainty and lean into change. Four entrepreneurs-in-residence at the Martin Trust Center offer advice on managing risk, harnessing artificial intelligence, and launching during uncertain times.

The US Air Force and MIT have renewed their contract to operate MIT Lincoln Laboratory, an asset since 1949 for defense innovation and prototyping. “Lincoln Laboratory accelerates the pace of national security technology development," says Melissa Choi.

A new hopping robot can leap over obstacles and traverse tough terrain, using a springy leg and flapping wings for control. EECS researchers say the insect-sized robot could aid in rescues, navigating through tight spaces such as collapsed buildings.