Quantum Computing– tag –
-
D-Wave Unveils Superconducting Gate-Model Quantum Computing Platform to Accelerate Quantum Chemistry and Materials Science
D-Wave Canada Overview D-Wave announced the development of a gate-model quantum computing platform to complement its annealing systems, aiming to expand the range of complex problems solvable. Based on a superconducting architecture, thi... -
IBM and ORNL Pioneer Hybrid Quantum-AI Simulation for Fusion Reactor Tritium Generation Material
Live Science USA Overview Scientists from IBM and Oak Ridge National Laboratory (ORNL) have successfully conducted the world's first simulation of tritium generation, a rare hydrogen isotope critical for fusion reactors, using a hybrid q... -
Quandela Announces Spin-Optical Quantum Computer Can Simulate Fermi–Hubbard System in ~2 Hours, Accelerating Quantum Materials Science
Quandela France Overview French quantum computing company Quandela and Walrus Computing have published detailed resource estimates demonstrating that a fault-tolerant spin-optical quantum computer can simulate commercially relevant Fermi... -
Quantum Computing Revolutionizes Computational Physics, Enabling Electron-Structure-Level Precision in Materials and Chemical Simulations
Quantum + AI Insiders USA Overview Quantum computing is reported to be revolutionizing computational physics, bringing unprecedented electron-structure-level precision to molecular and material simulations in materials science and chemis... -
QUASIMODO Project: Vilnius University and International Team Engineer Next-Gen Quantum Simulators with Multicomponent Ultracold Atoms
Vilnius University (VU) リトアニア Overview An international team, spearheaded by physicists from Vilnius University, is developing next-generation quantum simulators under the QUASIMODO project. This ambitious initiative leverages multi... -
IBM Quantum Promotes Next-Gen Quantum Algorithm Development for Complex Materials via Quantum Credits Program
IBM Quantum USA Overview IBM Quantum is actively driving advancements in quantum simulations for complex materials, especially those with many-body interactions, through its Quantum Credits program. This initiative supports researchers d... -
University of Washington Develops Self-Improving Design Loop for New Materials via AI-Quantum Computing Fusion
richardmitnick (blog) USA Overview University of Washington research has developed a self-improving design loop for new materials through the fusion of AI and quantum computing. AI simulates complex quantum behaviors in stacked atomic sh... -
D-Wave Develops Gate-Model Quantum Computing Platform, Expanding R&D Scope in Quantum Chemistry and Materials Science
D-Wave Canada Overview D-Wave is advancing its gate-model quantum computing platform to expand the range of problems organizations can explore, including quantum chemistry, molecular R&D, materials, catalysts, and energy systems. The... -
SpinQ Launches Gate-Model Quantum Computing Platform to Enhance Quantum Simulation, Accelerating Materials Science and Drug Discovery
SpinQ China Overview SpinQ has unveiled a gate-model quantum computing platform designed to enhance quantum simulation for chemistry and materials science. The platform emphasizes its ability to more accurately model molecules and conden... -
Major Manufacturers Invest Billions in Quantum Computing to Accelerate Atomic-Level Materials R&D
Forbes USA Overview Leading manufacturers are aggressively adopting quantum computing for materials R&D, investing billions in atomic-level material simulations. Quantum computers offer a unique advantage in modeling complex atomic i...
