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
How soon will quantum computers replace classical computers? That seems to be a popular question in some arenas. The problem is, it’s not really a feasible scenario, so the true answer is never. Not that
What Does Quantum Ready Mean? Everyone’s buzzing about getting quantum ready, focused on how soon quantum can help their business and what value they can expect. Unfortunately, too many are focused on the when and
QUBO is one of the buzzwords that you hear a lot if you’re around quantum computing. Yet there are many different perceptions about what a QUBO really is and why you need it. Since Qatalyst
“What is a quantum application accelerator? Why would I need one? Doesn’t quantum already accelerate applications?” Many of our clients ask that question when we first meet. It’s so important to understand quantum applications and
We get a lot of questions about quantum annealing versus gate model computers. Why are there two different architectures? What are the differences between them? What do they do well? Should I explore using one
Quantum advantage and supremacy are the holy grail of quantum computing. We all hear vendors make claims and promises, in some cases making it sound like reaching these states is just around the corner. Or
“Is Quantum Computing hype or will it solve the problems I can’t solve well today for my business? Is it really the home run everyone claims it will be?” That’s the question we hear oh
