While quantum technology has been in academia for more than three decades, it’s recently gained the attention of business for commercial applications. In the past 12 months, offering access to quantum computers via the cloud
An article this week, Technology or Use Case:What Will Drive Quantum Computing? , included some baseline realities regarding the state of quantum today, the challenges to its production use in the near term, and its
Quantum computing is one of the top topics of innovation conversations around the information technology world. Why wouldn’t it be? The promise it holds is, well, mind boggling. Partially because it’ a whole new paradigm.
Why is government in quantum computing important? Quantum computing has enormous potential to facilitate sweeping systems change. Some think the leap from classical to quantum could be more significant than the leap from the abacus
There’s a lot of hype and investment being made in quantum computing. Not to mention the future projections for the problems that quantum can help to solve more efficiently and by providing a range of
Agility and speed to optimization are critical to meet customers’ growing expectations for instant availability and near-immediate delivery. Yet, the last mile has always been the most expensive, long-bemoaned challenge of logistics. With the “new
We are often asked why is getting multiple answers with quantum a good thing? Here’s the scoop about how quantum helps you improve decisions. Would one answer be enough if you had to decide how
Everybody is talking about hybrid quantum systems. Yet there aren’t a lot of well defined definitions of what a hybrid system actually is, what it does, and the value it brings. That’s probably because different
We all hear the constant hype about how fast quantum computers will be. So we all come to expect supersonic speeds for every need, whether it’s a mathematical computation, an artificial intelligence learning new things
We all know that quantum computers, both quantum annealing and gate model, are extremely limited in the problems they can solve today. That’s because they can’t hold the number of variables that complex problems require.
First – let’s all recognize that quantum optimization is not just around the corner. Yes, you can run some problems today. But quantum computers aren’t yet ready to process real-world business problems, such as logistics
As we learned in Part 1, QUBO (Quadratic Unconstrained Binary Optimization) problems are mathematical problems expressed in terms of binary variables, which may include constraints. They’re important to businesses who need to solve constrained optimization
