This is part one of a three-part series on quantum security – how it works, the implications for society and business, and what it will mean for leaders of organizations that process sensitive data and
This is part three of a three-part series on quantum security – how it works, the implications for society and business, and what it will mean for leaders of organizations that process sensitive data and
From the dawn of time, humans have survived because of their ability to find and identify patterns. For example, patterns helped us distinguish edible berries from poisonous ones, related agricultural activities to seasons, and navigate
This is part two of a three-part series on quantum security – how it works, the implications for society and business, and what it will mean for leaders of organizations that process sensitive data and
“We have always been a nation of investment, entrepreneurship, and innovation. That is our edge. We have to keep our edge,” said Secretary of Commerce Gina Raimondo during her speech today at Georgetown University on
For most scientists – and especially those physicists exploring quantum information science – the mere mention of words like “entropy” and “decoherence” are enough to keep them up at night. The research team at Quantum Computing
Brian Walker, the host of the IEEE Quantum Podcast series, asked Robert Liscouski, president and CEO, and William McGann, CTO, and COO for Quantum Computing, Inc. share insights on the current state of the quantum
We all hear the term NISQ computer a lot in the quantum computing space these days. NISQ stands for Noisy Intermediate-Scale Quantum. The term was coined by John Preskill in 2018 and is generally used
As you all know, this week, we announced results from our Entropy Quantum Computer (EQC). Landmark results for a quantum computer in today’s world. We had so many people reach out with questions, we wanted
My TechDecisions asked Robert Liscouski, president and CEO of Quantum Computing, Inc., all about quantum computing and how organizations can harness its advanced computing power before it reaches full maturity. Here’s what Liscouski had to
via Transport Topics Fleets must make decisions to optimize their operations every day. Consider a company with 500 trucks that need to be loaded with 500 diverse orders, all within three hours each morning. Optimizing
Quantum computing in the oil and gas industry can offer critical solutions to the complex computations demanded as part of the supply chain of the future. As evidence, at the recent KPMG Global Energy Conference
