#MIT

MIT researchers report that a classical formulation based on the principle of least action can reproduce standard quantum results in scenarios such as tunneling and the double-slit experiment.

MIT researchers are applying AI across labs, including digital twins for combustion systems and design tools for turbine-engine components used in jets and rockets.

MIT researchers say atmospheric inversions help determine how long humid heat waves last and how intense the storms can become when the inversion finally breaks, a pattern growing more common in parts of

MIT-led researchers say microscopic silicon structures can use a device’s own waste heat to perform analog computation, hinting at a new path for thermal sensing and low-energy signal processing.

A large study of more than 34,000 real-world agent skills suggests the modular instructions praised in benchmark settings deliver far smaller gains when models must find and apply them on their own.

Russ Tedrake, MIT roboticist and former SVP at Toyota Research Institute, will publicly unveil a stealth AI startup at the Robotics Summit in May with a focus on physical AI for adaptive robots.