Learning center

Navigating the quantum PNT landscape

Advanced quantum PNT provides a dependable backup to GPS. Discover the different quantum approaches solving mission-critical navigation challenges.

Deploying quantum computing in HPC: Independent builds and ecosystem approaches

Quantum computing is moving from researchto production. Learn how HPC teams deploy, operate, and scale quantum systems for real-world workloads.

Choosing the right quantum error reduction strategy

A practical guide to error suppression, error mitigation, and quantum error correction

How data centers can learn from GPU adoption to get ahead in the quantum race

Explore how data centers can leverage lessons from GPU adoption to accelerate quantum computing readiness and gain a competitive edge.

Software abstraction: The missing link to commercially viable quantum computing

Learn how software abstraction helps automates calibration, optimizes workloads, and simplifies quantum programming.

Three steps to integrate quantum computing into your data center or HPC facility

Integrate quantum computing into your data center or HPC facility in 3 steps: choose hardware, build abstractions, integrate and deploy.

Avoiding an unexpected roadblock in quantum computing - compilation

Discover how to address hidden challenges in quantum computing compilation. Explore strategies to prevent inefficiencies and enhance system performance.

Building a quantum implementation roadmap with the arrival of Quantum Error Correction

A simple guide to help IT leaders in enterprise, government, and research understand this technology and build a foundation for the future.

What is quantum control?

Learn about the history of quantum control and how it accelerates the path to useful quantum technologies, such as quantum computers, firmware, and sensing.

What is quantum physics?

Learn the fundamentals of quantum physics for developing quantum computers and explore insights into the basic principles driving quantum innovation.

What is quantum error correction?

Learn how Quantum error correction can enable the quantum computing revolution and the vital role it plays in the future of large-scale quantum computers.

What is quantum firmware?

Quantum firmware bridges the gap between mathematical abstractions of quantum algorithms and practical physical manipulation of imperfect quantum hardware.

The software-defined quantum data center

Q‑CTRL's quantum infrastructure software is a logical addition to any quantum data center solution - public, private or hybrid.

What is NISQ computing?

Learn about the current "noisy" era of quantum computing and what it stands to deliver. Uncover what quantum computing in the NISQ era looks like today.

What are quantum algorithms?

Learn the fundamentals of how to build quantum algorithms for quantum computing - starting with quantum circuits and logic through to how they're measured.

Quantum sensing in the field

Quantum sensing may dramatically reduce the cost of minerals exploration, enable autonomous vehicles to navigate without GPS, and help predict droughts.

Introduction to quantum computing

Learn the foundations and discover the principles for how this technology will power a transformative information age.

Quantum infrastructure software

Quantum Infrastructure Software transforms “bare-metal” quantum processors into useful computational tools compatible with Enterprise cloud architectures.

Towards practical Quantum Error Correction

Discover how we're moving closer to practical Quantum Error Correction by combining it with low-level quantum firmware.

What is quantum sensing?

Learn how the fragility of quantum hardware lets us detect the undetectable and discover the principles and potential applications for quantum sensing.

Quantum advantage

We discuss the importance of reducing errors in quantum hardware to achieve practical quantum advantage.

Programming quantum computers for performance

Discover Qiskit Pulse - the first machine-level programming language for quantum computers - and how we can use it to drive major hardware improvements.

Differentiating quantum error correction, suppression, and mitigation

Learn the different strategies the quantum computing industry is using to combat noise and error in hardware and drive improved performance.

Cloud-accelerated quantum control software

Q-CTRL cloud architecture allows complex quantum cloud computing optimization tasks to run faster than any competitive package.