Scalable Parity Architecture for Quantum Optimization with Global Addressing
Scalable Parity Architecture for Quantum Optimization with Global Addressing
Lufthansa Is Collaborating With the Universität Hamburg to Develop Quantum Algorithms Aimed at Enhancing Airport Operational Efficiency
The Institute for Quantum Physics at Universität Hamburg is collaborating with Lufthansa Industry Solutions to develop quantum optimization algorithms aimed at enhancing airport operational efficiency, targeting the Airport Gate Assignment Problem (AGAP) faced by airports worldwide. They are researching a scalable quantum algorithm that takes into account all realistic boundary conditions at airports. Upon successful development, Lufthansa will become the first company in the world to leverage quantum computers to solve AGAP computational tasks.
QUANTUMWIRE.COM
Q-CTRL Unlocks Quantum Computer Performance: Significant Enhancement in Both Scale and Accuracy of Solving Optimization Problems
Quantum infrastructure software developer Q-CTRL announced yesterday that a new study reveals their performance management technology can achieve more than a 4x improvement in solving quantum optimization problems on IBM's 127-qubit quantum computer. The outperforms quantum annealers and trapped ion technologies, with a likelihood of returning correct results 1500 times higher than annealers. This signifies that we can now achieve significant practical value on utility-scale quantum computers.