Quantum computers could solve complex problems that are impossible for the most powerful classical supercomputer to crack. Now MIT researchers have developed a device enabling direct communication among multiple quantum processors.

A new AI tool generates images of the same or better quality than state-of-the-art diffusion models but runs about nine times faster. The model also consumes much less energy and can run locally on a laptop or smartphone.

By studying enzymes that perform evolutionarily ancient reactions, Dan Suess hopes to find solutions to global energy challenges. He’s interested in reactions that are “occurring on the microscopic scale but happening on a huge scale” around the world.

Via @mit on Instagram: “It’s good to have you home! Congrats to @mitaeroastro alumnus @astrohague SM ’00; Massachusetts’ own Suni Williams; Butch Wilmore; and Aleksandr Gorbunov on your successful mission.”

CSAIL researchers crafted a new security scheme that could allow users to run operations on encrypted data without decrypting it first. The approach could be used to protect sensitive data during cloud computation.

Researchers developed a rapid prototyping platform that lets anyone create large-scale, sturdy interactive devices using reconfigurable building blocks. “Once you finish your device, you can just plug it in and it will work,” Miana Smith says.