Q-CTRL gives you the power to extract more performance from any kind of quantum technology, with solutions relevant to anyone invested in our quantum future.
Accelerate the pathway to commercially useful quantum computers. Q-CTRL’s quantum firmware is a critical enabling technology addressing the hardest problem in quantum computing: hardware errors and instability.Learn More
Extract maximum performance from quantum hardware. Q-CTRL produces python-based infrastructure software across the stack to help algorithm developers and quantum dev teams realize optimal performance on today’s hardware.Learn More
Build real intuition for the role of noise and errors in quantum computers to gain an edge over the competition. Deploy Q-CTRL solutions on any quantum computing hardware to reduce errors, fight decoherence and get better results.Learn More
A picture is worth a thousand words. An interactive Bloch sphere is worth millions. Create intuitive visualizations of the most complex concepts in quantum computing with Q-CTRL. Stand out from the crowd with engaging, 3D materials to turn prospects into clients.Learn More
However you’re engaging with quantum computing, Q-CTRL can help you do more.
Q-CTRL’s unique tools and stunning visualizations help you build real intuition for today’s imperfect quantum computers – and how to get more from them.Learn More
Accurately characterize noise interfering with quantum hardware, then deploy advanced quantum control tools to reduce errors and optimize performance.Learn More
Leverage realistic simulators and compiler-level tools to create algorithms for the NISQ era which outperform the competition.Learn More
The team at Q-CTRL has deep expertise across the field of quantum technology. We’d love to help you extract maximum performance from your quantum hardware and are here to help via our professional services.
Our experience includes projects in:
Customized solutions to suppress cross-talk and maximize gate speed for novel superconducting circuits, semiconducting devices, and trapped ions.
Application of robust control to quantum sensing in noisy environments and atomic gravimeter operation, design, and optimization.
Machine learning for quantum hardware operation and optimization, including atomic device operation and readout for clocks and qubits using cameras and photodetectors.
Advanced target/state tracking and predictive control using custom algorithms for nonlinear Kalman filtering and autonomous learning.
Novel software-only upgrades to passive frequency standards for Dick effect minimization
Q-CTRL has the proven capability to empower leaders across industries to solve their quantum technology challenges
Quantum technology, harnessing quantum physics as a resource, is likely to be as transformational in the 21st century as harnessing electricity was in the 19th. But turning this potential into practical outcomes requires us to overcome the extraordinary fragility of quantum devices. The impact of noise and interference on quantum hardware represents a true Achilles heel for quantum technology.
Q-CTRL allows you to do more with the whole range of quantum technologies, from quantum computers to quantum sensors, by giving you access to the powerful techniques that make airplanes fly, robots walk, and cars drive themselves – control engineering.
From quantum algorithms to low-level firmware, our products help users extract more performance from quantum hardware, whatever their application. Q-CTRL helps put you in control of your quantum future.
Q-CTRL is trusted by the world’s leading quantum computing experts and leaders in information technology.