Life after silicon
Researchers in MIT’s Microsystems Technology Laboratories are making the case for using exotic materials to help microchips keep improving.
Rethinking artificial intelligence
Broad-based MIT project aims to reinvent AI for a new era. By going back and fixing mistakes, researchers hope to produce ‘co-processors’ for the human mind.
Fine-tuned laser
A wholly new approach to tuning a laser’s frequency brings us a step closer to airport scanners that can distinguish aspirin from explosives.
Flight of fancy
Using an autonomous mini-helicopter, an MIT team stunned the Association for Unmanned Vehicles International by solving one of its notoriously tough challenges on the first try.
Explained: The Discrete Fourier Transform
The theories of an early-19th-century French mathematician have emerged from obscurity to become part of the basic language of engineering.
Selling chip makers on optical computing
By designing chips that can be built using existing fabrication processes, MIT researchers show that computing with light isn’t so far fetched.
Feeling the way
Robotic device developed in MIT’s Touch Lab can help visually impaired people navigate around a virtual model of a real building.
Cryptographic voting debuts
A new system for ensuring accurate election tallies, which MIT researchers helped to develop, passed its first real-world test last Tuesday.
When Signals Cross: Medical Systems at CSAIL
Professor John Guttag and his team of graduate students are working in partnership with clinicians to produce technological solutions for medical problems.
Reporter's Notebook: Inventing language
MIT’s Barbara Liskov, winner of the Turing Award, describes how she helped lay the foundations for today’s programming languages.
What computer science can teach economics
Constantinos Daskalakis applies the theory of computational complexity to game theory, with consequences in a range of disciplines.
