Use Cases
Energy
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QuICK: Quantum Innovative Computing Kit
Hardware agnostic
Runs across multiple quantum backends and integrates into classical pipelines.
Seamless integration
Designed to plug into existing tools and workflows used by engineers.
Built for industry
Validated on physical quantum hardware with real engineering use-cases.
The acceleration of scientific discovery is capital for many companies, but quantum tools remain limited to very few entities. At ColibriTD, our mission is to bring these advantages to everyone with the help of our experienced quantum experts.
We believe that making quantum computing tools accessible to everyone can not only speed up scientific discovery, but to change the landscape of research and development as we know it.
We believe that making quantum computing tools accessible to everyone can not only speed up scientific discovery, but to change the landscape of research and development as we know it.
The Quantum Innovative Computing Kit or QUICK provides our customers with technological, financial and environmental excellence in a software platform that runs your use cases in the best available hardware, at the lowest cost and with optimal energy efficiency. It's a plug-in that can be integrated to establish simulation software. This can be used, for example, to model physical systems, streamline manufacturing, and to find new designs for engines.
To power QuICK, we built H-DES – the Hybrid Differential Equation Solver. It’s the engine at the heart of our platform, combining spectral methods with quantum-classical optimization to solve complex PDEs efficiently and at scale.
To make H-DES accessible to a wider audience, we released QUICK-PDE, the first implementation of our solver available to developers and researchers. QUICK-PDE brings H-DES to life through a simple, ready-to-use interface that runs directly on IBM’s utility-scale quantum computers. It is featured in the IBM Qiskit Functions Catalog, a curated collection of pre-built quantum functions that make it easier for developers to integrate quantum capabilities into their workflows.With QUICK-PDE, users can already solve meaningful multiphysics problems, such as the inviscid Burgers’ equation for fluid dynamics and hypoelastic 1D deformation for solid mechanics, paving the way for broader adoption of quantum simulation in engineering and research.
To power QuICK, we built H-DES – the Hybrid Differential Equation Solver. It’s the engine at the heart of our platform, combining spectral methods with quantum-classical optimization to solve complex PDEs efficiently and at scale.
To make H-DES accessible to a wider audience, we released QUICK-PDE, the first implementation of our solver available to developers and researchers. QUICK-PDE brings H-DES to life through a simple, ready-to-use interface that runs directly on IBM’s utility-scale quantum computers. It is featured in the IBM Qiskit Functions Catalog, a curated collection of pre-built quantum functions that make it easier for developers to integrate quantum capabilities into their workflows.With QUICK-PDE, users can already solve meaningful multiphysics problems, such as the inviscid Burgers’ equation for fluid dynamics and hypoelastic 1D deformation for solid mechanics, paving the way for broader adoption of quantum simulation in engineering and research.






