They won’t magically speed up everything, but can help in specific narrow use cases
Quantum computers will be big, slow and expensive – so what will they be good for? Read More »
Deeper analysis
The biggest myth about quantum computing is that general purpose quantum computers are imminent (or even already here). The truth is there is a big scientific and engineering gap to bridge. This is not to say we won’t get there, but it will take time!
The biggest (and most dangerous) myth about quantum computers Read More »
Myth busters
Many myths abound about quantum computing; left unchecked they create misconceptions that can drive bad decisions about the technology.
Common myths about quantum computers Read More »
Myth busters
Quantum computing has potential for new types of computations. Discussions seem to involve mysterious “qubits”, “entanglement” and more. Quantum physics can sound pretty weird, even if we don’t really see this in everyday life. However, in the same way you don’t need to be an expert in semiconductor band gaps to use a transistor-based computer, you shouldn’t actually need a PhD in quantum physics to start thinking about the risks and opportunities that quantum computing can offer.
Explainer – what is quantum computing Read More »
Explainers
The good news is that you don’t need a PhD in physics to start thinking quantum technology. We can broadly it into four categories – randomness, sensing, communication and computers
Quantum technology overview – what is it all about? Read More »
Explainers