Explore real-world applications of quantum computing across different industries and use cases.
1QBit and BMW applied quantum-inspired algorithms to optimise automotive manufacturing, logistics, and supply chain challenges.
Applying quantum computing for financial portfolio optimisation and risk analysis, improving investment decision-making.
Explore quantum computing for financial portfolio optimisation and risk management, enhancing traditional modeling.
Accenture Labs and 1QBit work with Biogen to apply quantum computing to accelerate the research around drug discovery.
A partnership to run a series of quantum computing innovation challenges for automotive applications.
Developing quantum algorithms for computational fluid dynamics that combine classical and quantum computing techniques for aerospace applications.
Exploring quantum computing for financial risk management, achieving up to 95% compression of quantum circuits for Monte Carlo simulations.
AXA and CQC explore quantum computing for financial modeling, risk assessment, and enhanced cybersecurity.
Exploring quantum computing for drug discovery and molecular simulation, demonstrating up to 100x speedup in specific molecular property calculations.
Quantum computing applications in steel manufacturing, focusing on materials discovery and supply chain optimisation. This collaboration aimed to use quantum algorithms to solve complex computational challenges in metallurgy and industrial processes.
Applying quantum computing to drug discovery, Roche and CQC (now Quantinuum) aimed to reduce development timelines by 20-30% through advanced molecular simulation.
D-Wave and Lockheed Martin explore the use of quantum annealing for complex systems verification.
A strategic partnership in Japan to deploy quantum annealing solutions for optimizing manufacturing, logistics, and financial services.
D-Wave and Pattison Food Group explore the potential of quantum-powered workforce scheduling optimization.
Using quantum annealing for optimizing complex supply chain logistics, including delivery routes and inventory management.
D-Wave Systems partnered with Toyota and Denso to explore quantum annealing technology for optimizing traffic flow in smart cities.
Applying quantum annealing to automotive optimization challenges, including urban traffic management and paint shop scheduling.
Exploring drug discovery and molecular modeling for future advantages in pharmaceutical development.
Accelerating quantum circuit simulations by integrating NVIDIA's GPU-powered cuQuantum SDK with Google's Cirq.
Optimising urban traffic flow and simulating advanced battery materials using Google's quantum processors and algorithms.
Haiqu and HSBC successfully encoded the largest financial distributions to date on near-term quantum computers, setting a new benchmark for quantum finance.
Combining advanced algorithms and middleware for a breakthrough in computational fluid dynamics for the aerospace and automotive industries.
Haiqu, Open Quantum Design and Xanadu are collaborating on an open-source quantum compiler.
Applying trapped-ion quantum computing to complex supply chain optimisation and logistics problems.
Applying quantum computing to financial challenges like optimization, risk analysis, and cryptography using trapped-ion technology.
Collaborating on quantum algorithms for portfolio optimization, risk analysis, and derivative pricing to transform financial services.
A collaboration between IBM Quantum and Boeing to explore the use of quantum computing for aerospace materials design and corrosion prevention.
Daimler and IBM Quantum simulate chemistry for next-generation lithium-sulfur batteries, exploring quantum computing for materials discovery in the automotive industry.
Applying quantum computing to optimise power flow, energy trading, and maintenance scheduling for complex energy grids.
An early collaboration to explore the use of quantum computing for energy optimization and environmental modelling.
Collaborating on catalyst design, polymer development, and reaction pathway optimization in chemical research.
Exploring quantum computing for optimizing molten salt reactor designs and nuclear waste processing.
Quantum algorithms for tackling critical financial challenges, focusing on enhancing real-time fraud detection and optimizing complex transactions.
A collaboration that tackled the computationally intensive challenge of optimizing aircraft cargo loading.
Focusing on developing quantum algorithms for optimization problems, secure communications, and advanced modeling capabilities critical to military operations.
Microsoft Azure Quantum and Ford explore opportunities to improve traffic flow optimisation.
Nord Quantique and Q-CTRL achieved a 14% increase in logical qubit lifetime through optimised autonomous quantum error correction.
A strategic partnership focusing on automotive materials simulation, including crash test simulations and battery chemistry optimization for electric vehicles.
Collaborating to harness neutral-atom quantum computing for optimizing energy operations and solving complex challenges in the oil and gas industry.
QC Ware and notable polymer manufacturer Covestro explore quantum algorithms for materials science and polymer innovation.
QC Ware and Goldman Sachs explore quantum algorithms for financial risk assessment and asset pricing.
A collaboration to explore quantum neural networks for biomedical image analysis.
Integrating quantum-safe encryption technology to protect internal communications in Mattermost's open-source collaboration platform.
A collaboration between Quantinuum and Google DeepMind to explore AI-enhanced quantum circuit optimization.
Quantinuum and HSBC collaborate on applying Quantum Computing to financial use cases such as cybersecurity and fraud detection.
Quantinuum and Mitsui & Co. trading company explore quantum computing potential across a range of its portfolio of activities.
Partnering to deploy the world's first diamond-based quantum accelerator in a supercomputing environment, creating Australia's first quantum-supercomputing hub.
The QUARBONE project, a collaboration between C12 Quantum Electronics, ATOS, and Artelys, aims to enhance industrial optimization through a quantum-classical hybrid system utilizing carbon nanotube coprocessors, achieving significant improvements in solution quality and computational efficiency across sectors like energy, logistics, chemistry, and finance.
Partnering to advance methods and approaches to quantum-classical integration for advanced research.
Partnering to work on optimizing defence applications, machine learning, and cryptography.
Partnering to explore quantum-ready cybersecurity and AI solutions for the enterprise.
Toyota Ventures led a $4 million pre-seed funding round for Haiqu to accelerate the use of quantum computing for automotive innovation, with a focus on solving complex challenges in manufacturing, supply chain, and electric vehicle development.
Exploring quantum computing for drug discovery and molecular simulation, aiming to accelerate new drug identification.
Exploring quantum computing applications in banking and financial services, focusing on portfolio optimization, risk analysis, and derivative pricing. This collaboration represents one of the early significant partnerships between a quantum software company and a major global financial institution to develop practical quantum algorithms for real-world banking challenges.
Focusing on developing quantum-enhanced machine learning models for pharmaceutical research. This collaboration aimed to accelerate the identification of drug targets and optimize molecular properties using hybrid classical-quantum algorithms.
Developing quantum algorithms for complex optimization challenges in oil and gas operations, including supply chain management and molecular simulation for materials discovery.