News and updates

Aravind will work across the team to help us refine and implement a strategy that delivers commercial and technical successes to achieve 10x growth over the next three years.

It’s been a momentous year for us. We’ve grown by nearly 40% to about 65 on our team, approached $5M in annual revenue and $9M in bookings, and welcomed over 2,000 new customers. And we look forward to even bigger things in 2022!

Sydney-based quantum technology startup is named a winner of the InnovationAus Australian Hero Award, and also named finalist in Defence and Wild Card categories.

Q-CTRL, an emerging leader producing intuitive and scalable quantum control engineering solutions to accelerate the development of quantum technology, today announced a Series B fundraise of $25 million (USD) led by Airbus Ventures.

Designed by the team of quantum experts at Q-CTRL, Black Opal is an invaluable gift for anyone ages 16 and up interested in learning quantum computing; 70% discount on an annual subscription + 4 months free beta access available starting this Black Friday weekend.

New algorithmic benchmarking experiments from Q-CTRL show that replacement quantum logic operations built using quantum control can improve the success of quantum algorithms on real hardware by up >25X with no additional overhead on the part of the user. Our solution is the most effective error-suppression technology ever demonstrated.

Two senior leaders from Q-CTRL presented at IEEE Quantum Week, highlighting the team’s efforts to make quantum technology useful through quantum control.

Q-CTRL today announced the appointment of Tom Stace, Ph.D. as a Principal Quantum Control Engineer, to advance the company’s position as the world’s leading provider of quantum control solutions.

Q-CTRL, a startup that applies the principles of control engineering to make quantum technology useful, today announced the formation of a technical advisory board drawing top talent from a diverse range of disciplines to accelerate the industry’s development.

A collaboration between experimentalists at the University of Sydney and quantum control engineers at Q-CTRL led to a breakthrough result published in Physical Review Letters, helping to identify sources of error in quantum computers. Through this partnership and Q-CTRL’s tools, the experimental team was able to pinpoint sources of performance degradation in their hardware with unprecedented sensitivity and resolution. This capability forms the basis of a toolkit helping to make useful quantum computers a reality.

Researchers at the University of Sydney and quantum control startup Q-CTRL today announced a way to identify sources of error in quantum computers through machine learning, providing hardware developers the ability to pinpoint performance degradation with unprecedented accuracy and accelerate paths to useful quantum computers.

Q-CTRL were excited to be one of the major sponsors of QCHack, which provided us with the opportunity to reach the next generation of quantum computing scientists. We were incredibly excited to be one of the major sponsors of QCHack alongside Google and IBM. The event provided us with the opportunity to reach and educate the next generation of quantum computing scientists.