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Green hydrogen is critical to replace fossil fuel produced ‘grey’ hydrogen – used mainly in refining and fertiliser production – and to decarbonise hard-to-abate sectors like steel production, shipping, aviation, and possibly some heavy goods vehicles.

By activating our microbiomes and keeping them healthy through good nutrition, hygiene, and sanitation, we will promote human health.

Virtual and augmented reality can be used to help improve performance and enhance peoples’ realities.

Plant microbiomes enable soil to retain water, improve nutrient uptake and resilience, and promote carbon sequestration in the soil.

Quantum computing helps us increase our understanding of crop genetics which can contribute to hardier produce, greater yields, increased food security, better water treatment methods, and improved weather prediction.

Bio-based materials are a renewable source of material, tend to have a lower environmental impact, and can be used across multiple lifecycles.

Low-carbon concrete could make a massive difference in sustainable waste plastic management and manage ongoing plastic production and growing consumption by offering a high volume, value-added end-of-life solution.

Low-carbon IT allows us to do more with less, extending the life of assets while providing the infrastructure to enable modernisation, delivering benefits for the cloud as well as the ability to rationalise estates and save costs.

Next generation robotics is a key driver in artificial intelligence (AI) research and will help to overcome the complex environments in which advanced robots operate.

Batteries are the foundation of electrifying transportation and a critical solution to decarbonising the electric grid.