APPLICATIONS & USE CASES

Quantum computing can make a significant impact on a diverse range of vertical industries and cross-cutting domains. Below are some examples:

Energy

Enhance renewable energy optimisation and accelerate the development of biofuels.

Manufacturing

Accelerate manufacturing in the automotive and aerospace industries with a range of use cases from materials to logistics.

Financial Services

Improve generative modelling and maximise investment strategies.

Defence

Advance encryption, optimise logistics and enhance simulations for strategic planning.

Telecoms

Optimise network configurations and traffic routing and improve data analysis, signal processing and data compression.

Healthcare & Life Sciences

Enable faster drug discovery and personalised medicine, improve diagnostics and create more accurate simulations of biological systems.

Machine Learning

AI is pervasive in every industry and organisation. Machine learning models continue to push the boundaries of computational performance and quantum will be a key enabler.

Cybersecurity

Quantum computing will have a profound impact on cybersecurity research in areas such as vehicle-to-vehicle communication and secure banking.

Chemistry

Quantum computing holds significant potential for benefitting the field of chemistry, from quantum simulation, drug discovery and molecule design to quantum chemistry algorithms.

High-Performance Computing

The HPC community is already one of the first primary adopters of quantum computing. The application of classical and quantum computing, along with AI and machine learning holds the promise to advance simulation and data-intensive use cases.