by Matt Swayne, Quantum Insider It’s usually pure business concerns that drive acquisitions. According to Robert Liscouski, president, CEO and chairman of QCI, the acquisition of QPhoton was driven by more than just the bottom line of
We see it all around us today. As supply chain crises have increased, it’s become apparent that the planning and rapid replanning of sourcing, production, and logistics are integral to the stability of our energy
QCI and QPhoton on CEORoadshow Hi, I’m Mike Elliot and you’re watching CEO roadshow today as we chat about the pending QPhoton acquisition. We’re gonna be speaking to, uh, Dr. Bill McGann. He’s the COO
Mike Elliott at CEO Roadshow talks with our CEO, Robert Liscouski, about why QCI acquired QPhoton and the value we expect to bring to market, applications of QPhoton that benefit quantum possible use cases,
The first thing to understand about quantum is… it’s real, it’s proven and it works. We see it all around us because quantum is the language of nature. Everything around us is running under the
The U.S. government is making major investments in quantum technology. In 2020, the Department of Energy invested $625 million into multidisciplinary Quantum Information Science Research Centers in support of the National Quantum Initiative. The Biden administration
Optimization enables businesses to be more efficient when it comes to complex, interrelated processes – like delivering products to the market, matching orders with production capabilities, scheduling large work forces, and more. We all are
The past few years reinforce the notion that we are dependent on our logistics and distribution channels and we need to reinforce and expand our abilities to optimize them dynamically when massive and unexpected shifts
We had the opportunity to share a bit about QCI and our approach to quantum computing as part of the Quantum Economic Development Commission – QEDC, and their Quantum Marketplace. You’ll also find insights our
Quantum computing is a critical technology for oil and gas companies. With steadily increasing global demand, it’s optimization becomes more critical and more complicated. As disruption becomes more prevalent, optimizing supply chains becomes more challenging.
Quantum computers use alien properties of the quantum mechanical world to run computational tasks like optimization; faster, better and more efficiently than classical computers. The two flagship examples of this computational supremacy are prime factoring
When you say hybrid quantum computers, most of us in the business have a pretty specific definition of what that means. It’s a consistent theme for a relatively straightforward concept; using a classical computer and
