THoused inside a glass box in the chapel on the campus of Rensselaer Polytechnic Institute in Troy, New York, the “Quantum Chandelier” is the symbolic centerpiece of an ambitious effort to transform upstate New York into a tech hub — something like Silicon Valley for social media or Cambridge, Massachusetts, for biotechnology.
The silvery sci-fi object, named for the internal gold lattice that mounts, cools and isolates the processors, will be the heart of a “quantum computing system” that will herald a new era of computing. It’s the heart of Curtis Prime’s dream, co-founder of Nvidia, a $2.8 trillion artificial intelligence hardware and software company, to transform Rensselaer (RPI) into an advanced computing hub, remaking this part of upstate New York into a new Silicon Valley.
Priem has invested a significant amount of his wealth into building the Curtis Priem Quantum Constellation, a workshop where RPI students can envision the future of quantum computing. Just as his partners at Nvidia, where he served as the company’s first chief technology officer, allowed him to freely imagine the graphics chip architecture that will power the AI revolution, he hopes his investment will spark a new era of computational innovation in the region.
Prime believes the area along the Hudson Valley, from Yorktown Heights, home to IBM’s Quantum Research Institute, to Troy, home to the RPI/SUNY nanotech complex, to Syracuse, where Micron is building a massive $100 billion fab complex, will be the future home of U.S. computer technology.
To that end, he’s thinking beyond concerns about artificial intelligence and the success of Nvidia’s H100 graphics processing unit (GPU), which powers 90% of generative AI systems.
There are two RPI students on campus. Photo: Gregory Sherin
Wall Street has become skeptical of technology. AI has caused billions of dollars of losses, and Wall Street is disheartened by the idea that new technology is going to change the world. But the same thing happened with the internet overbuild of the 1990s, which went through booms and busts before eventually paying off.
In theory, quantum technology could solve in seconds problems that take today’s supercomputers decades to solve, unlocking secrets about the behavior of molecules, the genetic code, weather forecasting and, of more recent concern, cracking the encryption systems that underpin the internet.
Source: www.theguardian.com
