Q-CTRL, a trailblazing quantum infrastructure software firm, has achieved a major milestone in quantum computing. They have accurately tackled optimization tasks four times more demanding than before, using IBM’s cloud quantum computers. This breakthrough outperforms other technologies, like annealers and trapped ion devices, pushing us nearer to quantum computing’s full capacity.
Q-CTRL’s success comes from blending groundbreaking hardware methods with their cutting-edge software for managing performance. This strategy overcomes the longstanding problem of errors in gate-based quantum computers. It allows industries to dive into complex real-world issues using quantum computing.
In tests, Q-CTRL’s innovation made a quantum problem on a 127-qubit IBM computer 1,500 times more apt to yield the right output than an annealer. This achievement highlights the efficacy of Q-CTRL’s strategies in refining quantum system accuracy and speed. It moves us closer to harnessing the complete power of this game-changing technology.
Q-CTRL’s Groundbreaking Results Reset Expectations for Quantum Optimization
Q-CTRL’s recent breakthroughs have overturned the view that quantum annealers were superior in tackling real-world optimization challenges. Through their unique quantum software, Q-CTRL has resolved the error problem. This allows quantum optimization algorithms to find accurate solutions to complex problems. They do this at a scale never seen before.
Recently, these achievements have led to a significant advancement. They have made solving optimization challenges on a cloud-based IBM quantum computer over four times better than previous achievements. Notably, a quantum problem solved on a 127-qubit IBM quantum computer using Q-CTRL’s tech was up to 1,500 times more accurate than an annealer.
Q-CTRL’s innovation significantly boosts quantum optimization. It makes solving big problems with precision a reality. The combination of their software with IBM’s hardware outperforms other technologies by wide margins in some scenarios. This progress brings the potential for quantum advantage closer than expected.
Moreover, Q-CTRL’s software empowers users without demanding expert quantum skills. It makes feasible the accurate resolution of real-world optimization dilemmas previously beyond quantum computers. This enhancement directly impacts cost, allowing for the resolution of significant problems thought unreachable. This shift aligns with McKinsey’s projection of a $200 to $500 billion annual value in the logistics sector by 2035.
Industry Experts Recognize Significance of Q-CTRL’s Achievements
The quantum computing industry is buzzing with talk thanks to Q-CTRL’s groundbreaking work. Jay Gambetta, an IBM Fellow and VP of IBM Quantum, lauded their practical solutions. He pointed out, “Q-CTRL’s software, in tandem with IBM’s large-scale quantum computers, shows that a quantum leap is closer than we thought. This marks a big moment for quantum computing.”
David Shaw, from Global Quantum Intelligence, stressed the need for handling a useful quantity of qubits. He also underlined the significance of midstack infrastructure software in noise reduction. “Q-CTRL’s success underscores the value of tools for managing performance in the quantum stack,” he noted. “They address the error correction hurdle, speeding up the journey to a quantum edge.”
Julian van Velzen, CTIO & Head of Capgemini’s Quantum Lab, echoed similar views. He said, “Q-CTRL’s tools are key for enhancing hardware capabilities and bringing a quantum edge closer sooner. This advancement is vital for creating a strong quantum workforce and ecosystem.” At The Economist’s event on Commercialising Quantum Global, Q-CTRL’s achievements will take center stage. Keynotes from Jay Gambetta and Q-CTRL’s founder and CEO, Michael J. Biercuk, are highly anticipated.
Source Links
- https://q-ctrl.com/blog/wrapping-up-2022-celebrating-our-achievements
- https://www.igi-global.com/viewtitle.aspx?TitleId=336145&isxn=9798369314791
- https://q-ctrl.com/blog/q-ctrl-transforms-quantum-advantage-outlook-breaking-previous-records-for-optimization-problems-and-outperforming-competitive-technologies
- https://q-ctrl.com/blog/avoiding-an-unexpected-roadblock-in-quantum-computing-compilation
- https://www.science.gov/topicpages/w/wang chen klaus
