Quantum computing will fundamentally revolutionise many industry fields, all the way from novel material development and banking to industrial process optimisation. The implications extend far beyond faster computation. Even marginal speed, accuracy or energy efficiency improvements can provide a competitive edge, while entire discoveries could create unprecedented markets and opportunities. VTT offers quantum computing services for research and companies, and develops quantum computing algorithms for applications.
Key facts about quantum computing
VTT offers software R&D services for quantum computing.
Both quantum and hybrid algorithms are being developed for quantum computing applications.
VTT’s quantum computer, VTT Q50, is available for commercial and research use, either independently or connected to the CSC LUMI supercomputer.
Quantum computing will fundamentally change the way many industries work
Quantum computing will fundamentally revolutionise many industries, all the way from material science to banking. Both quantum and classical-quantum hybrid algorithms are being developed around the world to enable scientists and companies to be among the first to benefit from quantum computing.
Now is the perfect time for companies to consider how quantum computing can be used in their own business. Whether you need access to quantum computing resources, support in identifying relevant use cases or tailored expertise for your software and algorithm development, we can provide a solution that fits your needs.
Get access to VTT Q50
We host a 50-qubit superconducting quantum computer, VTT Q50, in-house. Through our proprietary quantum computing service, VTT QX, we offer companies cloud access to the quantum computer.
Our VTT QX quantum computing service is available at €0.40 per QPU second with a minimum usage fee of €1,000 per month (+ VAT).
Contact us to get access to VTT Q50.
VTT quantum computing software and algorithm development services
We also provide services in quantum algorithm and software R&D for companies to identify use cases and accelerate the development of quantum algorithms and applications. Our quantum software R&D expertise covers quantum optimisation, quantum simulation, quantum machine learning, error mitigation and algorithm implementation. At VTT, we combine our quantum computing expertise with our in-house industrial expertise from novel material development to industrial process optimisation.
VTT foresight consultancy
At VTT, we provide comprehensive services to support organisations in reaping the benefits of quantum computing. Our foresight services help companies identify opportunities and use cases in quantum technologies, development of strategies and assessment of business implications.
Quantum computing use cases
Classical computing struggles to accurately determine the chemical properties of molecules across different states.
Quantum computers naturally represent molecular structures, enabling more precise calculations. Leveraging VTT Q50, Algorithmiq’s software platform, Aurora, achieves high-precision energy gap measurements for BODIPY molecules – crucial for optimising photodynamic cancer therapy.
Aurora transforms state-of-the-art quantum hardware into a powerful tool for accelerating drug optimisation and discovery, demonstrating the real-world impact of quantum computing in the life sciences.
Traditional computational fluid dynamics (CFD) simulations demand extensive computational resources and time, often limiting the speed of design iterations.
We showcase the potential of quantum computing by running the first CFD simulation of its kind on superconducting quantum hardware. This opens up new possibilities for tackling CFD problems with quantum technology. By adapting quantum circuits to VTT Q50’s native gateset and leveraging its noise mitigation features, we reduce circuit depth and optimise qubit selection. Extended noise models from VTT calibration data further enhance the simulation accuracy.
With exponential speedups, quantum computing enables large-scale optimisation and previously impossible simulations, benefiting aerospace, automotive, energy, and biomedical industries.
Producing green ammonia using renewable energy requires accurate calculations of the potential energy of a molecule in specified geometrical variables.
By building a digital simulation with a quantum computer, you can perform the calculations significantly faster, reaching an accuracy of ±1 millihartrees.
Accurate and fast simulations enable practical chemical predictions that advance a carbon neutral economy.
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Quantum Computing: Practical guide to navigating the future
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Hear the Future: The sound of a quantum computer
Have you ever wondered what quantum computer sounds like? Dive into the captivating world of quantum technology with our exclusive audio experience. Whether you're a tech enthusiast, a student of science, or simply curious, this audio experience is designed to enlighten and inspire.
