Kipu Quantum Commercializes Its Application for Large Optimization Problems on IBM’s Qiskit Functions Catalog
Kipu Quantum Commercializes Its Application for Large Optimization Problems on IBM’s Qiskit Functions Catalog
Parity Twine: Quantum Algorithm Synthesis Reaching World-Record Efficiency
Parity Twine: Quantum Algorithm Synthesis Reaching World-Record Efficiency
IQM and DATEV Advance Quantum Solutions for Portfolio Optimisation
IQM and DATEV Advance Quantum Solutions for Portfolio Optimisation
IonQ and Oak Ridge National Laboratory Unveil Novel Approach to Scalable Quantum Computing
IonQ and Oak Ridge National Laboratory Unveil Novel Approach to Scalable Quantum Computing
WiMi Researches Quantum Linear Solvers, a Resource-Efficient Quantum Algorithm for Linear Systems of Equations
WiMi Researches Quantum Linear Solvers, a Resource-Efficient Quantum Algorithm for Linear Systems of Equations
Classiq Will Collaborates With NVIDIA and BMW to Drive the Application of Quantum Computing in the Automotive Industry
Classiq recently announced a collaboration with NVIDIA and the BMW Group in the field of quantum computing applications to optimize mechatronic systems. It aims to use advanced quantum algorithms such as QAOA and HHL to solve complex computational challenges and design electrical and mechanical systems with optimal architectures. The goal of the collaboration is to enhance efficiency and reduce energy waste, which can result – among other things – in the increased efficiency of electric vehicles.
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An International Research Team Has Collaborated to Demonstrate Clear Evidence of Quantum Speedup in Quantum Approximate Optimization Algorithm
Researchers at JPMorgan Chase, Argonne National Laboratory, and Quantinuum have collaborated to demonstrate clear evidence of quantum speedup in the Quantum Approximate Optimization Algorithm (QAOA). By applying the QAOA algorithm to the Low Autocorrelation Binary Sequence (LABS) problem, the research team found that the time required to solve increasingly larger problems using this algorithm grows slower than that of classical solvers. Furthermore, they also demonstrated a small-scale implementation of Quantinuum’s System Model H1 and H2 trapped-ion quantum computers.