Dan Huttenlocher Ponders Our Human Future in an Age of Artificial Intelligence
Adam Zewe | MIT News Office
For the MIT Schwarzman College of Computing dean, bringing disciplines together is the best way to address challenges and opportunities posed by rapid advancements in computing.
MIT AI Hardware Program Inaugural Symposium
Friday, May 6, 2022 | 9:30am - 3:00pm ET
Multiple Speakers
MIT, Amazon, TSMC, ASML and Friends to Work on Non-planet-killing AI hardware
Katyanna Quach | The Register
Big names in tech are collaborating with academics to develop energy-optimized machine-learning and quantum-computing systems under the MIT AI Hardware Program.
Workshop Tackles a Critical Gap Slowing the Development of New Hardware Technologies
Amanda Stoll DiCristofaro | MIT.nano
MIT, RPI, and SUNY convene a national conversation on semiconductor tech translation and hard-tech startups.
NTT Research Joins MIT AI Hardware Program
NTT Research
NTT Research, Inc., a subsidiary of NTT, today announced that it has joined the Massachusetts Institute of Technology (MIT) Artificial Intelligence (AI) Hardware Program as an inaugural industrial member.
Last-minute Pivot Leads to Record-setting Microsystems Annual Research Conference
Amanda Stoll DiCristofaro | MIT.nano
Virtual conference gathered students, faculty, and industry partners to explore the future of microsystems and nanotechnology.
Toward Batteries that Pack Twice as Much Energy Per Pound
David L. Chandler | MIT News Office
In the endless quest to pack more energy into batteries without increasing their weight or volume, one especially promising technology is the solid-state battery.
Gina Raimondo: “Let’s get back to the business of building microchips in America”
Adam Zewe | MIT News Office
During a tour of MIT.nano, the commerce secretary argued for boosting domestic semiconductor research and manufacturing, to fight inflation and improve national security.
Credit Card-sized Device Focuses Terahertz Energy to Generate High-resolution Images
Adam Zewe | MIT News Office
The advanced semiconductor Terahertz beam former, with almost ten thousand built-in elements, may enable real-time imaging devices that are smaller, cheaper, and more robust than other systems.