Quantum computing – unlocking future business potential

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.