A recent announcement made by CTRL Q highlighted significant breakthroughs in quantum computing. The company demonstrated a more than 4-fold increase in the size of solvable optimization problems, showcasing the superior performance of a utility-scale IBM quantum computer compared to other technologies. This achievement positions Q-CTRL as a leader in the quantum computing industry and shifts the timeline for when quantum advantage may be realized.
Quantum optimization is a key application of quantum computing with the potential to revolutionize industries such as transportation, logistics, machine learning, and financial fraud detection. Industry experts estimate that quantum applications in logistics alone could be worth billions annually by 2035 if quantum computing can effectively solve optimization problems.
Previous experiments with gate-based quantum computers highlighted hardware errors as a major obstacle to achieving their full potential. Quantum annealing was considered a more suitable architecture for addressing complex optimization problems, leading many to believe that current quantum computers were not capable of solving industry-relevant optimization problems.
However, recent results from Q-CTRL challenge this prevailing industry narrative by addressing the error challenge in quantum computing. Their innovative methods combine hardware execution improvements with performance management software on IBM’s quantum computers, resulting in significantly enhanced performance without changes to the hardware itself.
These results enable quantum optimization algorithms to consistently solve challenging problems at larger scales, surpassing the results of other quantum technologies for some problems. This breakthrough not only allows users to tackle previously unsolvable problems but also leads to cost savings by reducing the number of attempts needed to find the right solution.
Key figures in the quantum computing industry, such as IBM Fellow Jay Gambetta and Q-CTRL CEO Michael J. Biercuk, have praised these results as a significant step towards achieving practical quantum advantage in optimization problems. Industry analysts predict that ongoing advancements in hardware fidelity and infrastructure software will accelerate progress towards leveraging the full potential of quantum computing.
The technical details of these achievements were recently published ahead of a global quantum event, where they will be publicly showcased for the first time. Users can access Q-CTRL’s performance improvement software on the IBM Quantum cloud platform to validate results and experience the benefits of quantum computing at a utility scale.
Q-CTRL, with a focus on quantum control infrastructure software, has established itself as a leading player in the quantum computing sector. The company’s software solutions offer cutting-edge error correction and suppression techniques, accelerating the development of quantum computers and sensors. With an international presence and a focus on software-level innovation, Q-CTRL is at the forefront of advancing quantum computing technology.
In conclusion, the recent breakthroughs in quantum computing from Q-CTRL signal a significant advancement in the industry’s capabilities, opening up new possibilities for solving complex optimization problems and bringing practical quantum advantage closer to reality.
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https://www.hpcwire.com/off-the-wire/q-ctrls-new-results-with-ibm-hardware-mark-progress-in-quantum-optimization/
