Quantum computing hardware tends to garner the lion’s share of the attention from the press, but it’s the software toolkits for these devices that will be key to moving this technology out of the research lab. …
Quantum computing is often portrayed as a way to solve esoteric problems that can’t be attempted with conventional computers. …
One of Germany’s foremost scientific research centers, Jülich Forschungszentrum, will receive a €36-million infusion of government funding to advance quantum and neuromorphic computing technologies. …
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. …
There are only so many quantum hardware architectures available but as that number grows, the need to understand which processor is best for specific quantum algorithms will be more pressing. …
As we argued a few weeks ago, the cloud is where quantum competition gets real. …
The refrigerators are on order and the lists of scientific applications are formed for another new quantum architecture to enter the quantum hardware space. …
It is no wonder that the quantum computing investments in the United States, China, and elsewhere are ramping. …
At the dawn of the mainframe era, Thomas Watson is said to have remarked that perhaps only five such systems would ever be sold in the world and that perhaps, just one machine would be needed to solve the most intractable problems. …
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