A new quantum computing approach using exchange-type two-qubit gates constitutes a very promising avenue to calculate molecular properties.
We’re happy to announce the winners of the fourth IBM Q Award: the IBM Q Teach Me Quantum Challenge.
To encourage more teachers and students to take advantage of the IBM Q Experience and the IBM Qiskit development platform, we announced in January a number of challenges and prizes to inspire people to take the quantum leap. We’re happy to announce the winners of the third IBM Q Award: the IBM Q Best Paper […]
To encourage more teachers and students to take advantage of the IBM Q Experience and the IBM Qiskit development platform, we announced in January a number of challenges and prizes to inspire people to take the quantum leap. And the winners are… Today, we’re happy to announce the winners of the second IBM Q Award: […]
What’s a quantum circuit? A quantum circuit can be a tricky thing. Quantum computing promises to be faster than classical computing in some, but not all computational problems. Whether quantum computers can be faster than classical computers depends on the nature of the problem being solved. When speedups are possible, the magnitude of the speedup […]
QISKit AQUA bridges classical, quantum computing Working with real quantum computers just got easier for experts in chemistry, artificial intelligence and optimization. Building on QISKit, our open source quantum information science kit for software development, we’ve released AQUA – Algorithms and circuits for QUantum Applications. This new open source software allows classical computer applications to […]
We announced in January four challenges and prizes to encourage people to take the quantum leap by taking advantage of the IBM Q Experience and the IBM QISKit development platform. One of those challenges, Teach Me QISKit, offered a $1,000 prize for the best interactive self-paced tutorial (based on Jupyter Notebooks) that explains a specific […]
HPC Deployment of QISKit The recent surge of interest in quantum computing is largely due to the approach of “quantum advantage,” a point at which quantum computers will exceed the capabilities of the largest classical supercomputers when applied to a relevant and important application use case. Conversely, quantum computing simulation is a vital component in […]
There’s no denying it – we’re approaching the dawn of the commercial quantum era – a formative period when quantum computing and its early use cases rapidly develop. Predictably, hype is setting in around the potential for quantum computing to impact our world, as media, VC firms, investors, and the general public continue to learn […]
The other day, my friend and colleague Jay Gambetta (who leads the theory and software teams in IBM Q, and who the MIT Tech Review referred to as a “tall, easygoing Australian”) told me there are now over 60 research publications written by members of our extended community, who used the IBM Q Experience and […]
Current quantum computation efforts are the result of a long history of scientific achievements. The initial formulation of quantum mechanics in the 1920s and 30s gave us a fundamentally new understanding of the natural world. By the 70s, it was understood that this paradigm shift can also have implications for the way we compute. This […]