
Intel’s Quantum Efforts Tied to Next-Gen Materials Applications
A few months ago, we took an in-depth look at Intel’s quantum hardware strategy—from qubits to device manufacturability and commercial viability. …
A few months ago, we took an in-depth look at Intel’s quantum hardware strategy—from qubits to device manufacturability and commercial viability. …
IBM, Google, and D-Wave tend to garner the headlines about quantum computing, but aside from a brief hubbub around the Tangle Lake quantum chip announcement earlier this year, insight into Intel’s quantum strategy tends to lag. …
A team at Intel, in collaboration with QuTech in the Netherlands, is researching the possibilities of quantum computing to better understand how practical quantum computers can be programmed to impact our lives. …
Someone is going to commercialize a general purpose, universal quantum computer first, and Intel wants to be the first. …
Four years ago, Google engineers boasted of achieving “quantum supremacy” following experiments that showed its 53-qubit Sycamore quantum system solving problems that classical supercomputers either can’t or take a very long time to accomplish. …
In the United States, the first step on the road to exascale HPC systems began with a series of workshops in 2007. …
The need for high-powered computing isn’t going away. Enterprises trying to corral the massive amounts of data they’re generating and adopting emerging technologies like machine learning are demanding the sort of HPC capabilities that not too long ago were reserved for research and educational institutions. …
In emerging computing fields like quantum computing and neuromorphic computing, hardware usually grabs the lion’s share of attention. …
In Nvidia’s decade and a half push to make GPU acceleration core to all kinds of high performance computing, a key component has been the CUDA parallel computing platform that made it easier for developers to create applications that can leverage graphics chips for general purpose processing. …
James Clarke believes quantum computing won’t become practical until the industry is making chips crammed with upwards of a million error-corrected quantum bits. …
All Content Copyright The Next Platform