Delivering Tangible
Results Today
Enabled by Nobel Prize-winning technology and full stack approach
Quantum computing, real and relevant today
Real world applications with quantum advantage.
Expected in the near-term.
Risk Management
Accurate forecasting of events through real-world models is essential for risk management, yet almost impossible for now. Quantum computing can be highly efficient in simulating those events and expressing their impact.
Battery Design
Atomistic and continuum modeling are crucial to improving battery development. However, they require complex simulations at massively different scales. This is often intractable for classical computers.
Weather Forecasting
With climate change, extreme weather patterns are on the rise. This makes faster weather prediction increasingly pressing for our society and businesses. Quantum computing can help monitor weather changes and mitigate their effects.
Quantum Materials
Quantum computing can enable experts to identify families of materials whose core properties can be apprehended only through the lenses of quantum behavior and quantum physics.
Grid Power Management
Quantum computers will help us avoid energy power system failures, as they can perform fast diagnosis on large grid systems thanks to quantum machine learning algorithms.
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Logistic Optimization
Quantum algorithms are highly efficient methods to optimize optimal paths in dynamic environments depending on a wide range of criteria.
Leading companies
are adopting quantum today
PASQAL neutral atoms quantum computers solve industry relevant use cases
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The best hardware to drive quatum advantage
Superior Scalability
Superior Scalability
Our technology enables us to control neutral atoms with optical tweezers and engineer full-stack processors with high connectivity and scalability. We currently operate on 300+ qubits and remain on the path for 1000 qubits.
Analog & Digital
Analog & Digital
PASQAL embraces the dual analog/digital nature of quantum computing, with promise for quantum advantage in the
near-term.
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Industrialized
Industrialized
Our quantum computers are available on the cloud, already demonstrating their value in industry-relevant use cases for a wide range of customers.
Pulser Studio
Pulser studio's no-code approach allows engineers and scientists to easily learn about neutral atoms and explore their potential.
In a couple of clicks, define your quantum registers and design pulses to apply to the array of atoms. Run light simulations directly on your web browser.
The quantum plan
to accelerate your business
Sign up for the Quantum Discovery and explore the potential of quantum computing. Experience a QPU in action, learn how to run algorithms on it, and how to apply them to your business.
Develop your quantum computational code with the support of our experienced quantum programmers, and smoothly test your first proof-of-concept on a quantum processor.
Together we will formulate your roadmap toward quantum advantage, which will be executed by a multidisciplinary team with domain experts from both sides, experienced quantum developers, and quantum hardware engineers.
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Leverage the power of quantum computing directly in your business through API accessible cloud-based solutions.
Unlock the next generation of computing potential in your corporation by inserting multiple quantum applications into your workflow.
