Black Opal®
Reduce Decoherence. Increase Fidelity. Take Control.
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Reduce Decoherence. Increase Fidelity. Take Control.
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Michael Biercuk, Founder and CEO at Q-CTRL // How This Business Became Australia's FIRST Venture-...
A deep dive into Deep Tech: what you need to know about this growing type of investment
Top 5 quantum computing startups to watch in 2019
Inside the high-stakes race to make quantum computers work
We help teams solve the hardest problem in quantum technology - hardware error and instability - using the power of quantum control
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We're experts in quantum control and share this knowledge through our powerful, intuitive software products.
BLACK OPAL helps our team directly leverage Q-CTRL’s deep expertise in quantum control to solve some of our toughest problems building a new class of application-specific quantum computers.
This software - and its focus on high-quality visualizations - enables us to build intuition for very complicated concepts outside of our core areas of expertise.
With our intuitive interface, accelerate past the competition by learning how much quantum control can do for you.
Deploy state-of-the-art noise characterization routines and customized noise-suppressing controls for multiqubit gates, solving your toughest problems.
Leverage the full-feature Black Opal suite plus API/SDK to automate workflows and deploy solutions directly to compilers and cloud hardware.
Fully integrate customized control capabilities directly into quantum computing hardware and automate key functionality, improving performance and uptime.
Our solutions allow you to do more with your quantum coherent hardware, from computing and sensing through to medical imaging.
Contact UsSuppress and virtualize qubit errors to extract maximum performance from your hardware today, and improve the efficiency of quantum error correction tomorrow.
Power a new class of EPR and NMR controls for analytic chemistry and materials science and access new regimes in quantum physics experiments through dynamic control.
Extract the most useful information from quantum-enhanced sensors in tight-SWAP applications and improve the performance of embedded quantum-enabled systems like clocks.
Develop new medical imaging protocols for MRI using pulse sequences which augment contrast weighting. Expand your toolkit to include novel analytic capabilities such as frequency-selective controls.
