IBM continues to lead the quantum cloud, but faces real competition to service early quantum applications. Building the future of this market still looks like a long game. It may be more important to pick a partner with the right strategy than just to compare today’s product features.
To understand the ambitious roadmaps of quantum hardware players we have to start by understand the contrasting advantages and challenges of each of their technology platforms. As we seek to scale up these solutions, the specific flavour of the technology being employed becomes increasingly important. This overview is taken from a presentation originally delivered at…
China’s quantum supremacy demonstration may grab headlines, but not yet leadership in the quantum computing race. Leading hardware groups have firmed-up their development roadmaps for the marathon ahead and error correction has become a key part of the story. The challenge of scaling-up remains pre-eminent. A growing number of quantum majors, startups and institutes are…
As one of the first quantum platforms to start to significantly scale-up, superconducting qubit platforms have been first to face a series of control plane challenges. These are complicated by the need to work down to extreme cryogenic temperatures. Pioneers face challenges across cryogenics, control electronics and control software. Cryogenics The first challenge for many…
Quantum computers can only realise their full potential by defeating the noise that plagues their delicate qubits. The field of quantum error correction offers some increasingly mature solutions. But it is also still a rapidly evolving discipline, and innovation here, as much as in hardware, will shape the future quantum computing roadmap. If 50-70 qubits are…
The focus of the EU’s €1b Quantum Flagship programme is not basic science, nor is it simply about bringing new technologies to market. The end-goal is driving wealth creation, jobs and societal benefits in Europe. This requires kick-starting the competitive position of European industry in this sector and making Europe the region of choice for…
The splendour of Vienna’s Hofburg Palace saw the kickoff of the 20 projects that are the initial phase of the Europe’s €1b Quantum Flagship programme. The vision on display was impressive and wide ranging. It was also constrained by the limited resources so far committed and the unique politics of the EU. The Quantum Flagship…
Quantum computing makes headlines, but its sister technologies of quantum cryptography and quantum sensing are reaching market sooner. The first quantum revolution began in 1901 when Max Planck showed that the light emitted from a heated black-body consists of discrete quanta, later dubbed photons. Nature turns out to be built in its entirety on the…
Investment in quantum technologies is rapidly accelerating at both a national and company level. New partnering opportunities are emerging globally. A wide variety of academic research, investment, patent, software and pilot deployment activities are underway across the Quantum Technology sector (18)(17)(13)(9)(4). National Programmes The US has perhaps the most visible quantum technologies presence due to…