FROM THE INDUSTRY
of new treatments and drugs, which has the potential to revolutionise how we approach life-saving therapies. Similarly, in energy, quantum systems are adept at processing vast amounts of data, allowing them to optimise energy grids, balance supply and demand, and minimise losses in real-time, a crucial capability as renewable energy sources grow. Beyond healthcare and energy, quantum computing also offers potential breakthroughs in artificial intelligence (AI), climate modeling and financial security. Quantum-powered AI could transform medical diagnostics and fraud detection, providing more accurate insights and faster results. In climate science, quantum technology’s data-processing capacity will improve climate prediction models, helping societies better prepare for environmental challenges. The UK’s quantum sector is already one of the world’s most vibrant, backed by a significant ecosystem of companies, research bodies and talent. The NQCC’s open-access approach and focus on practical applications aim to amplify this growth, creating pathways for commercialising innovations and building an economy rooted in quantum technologies. Supported by an initial £93 million investment from UK Research and Innovation (UKRI), with further funding in place to drive quantum training and research, the NQCC reflects the government’s commitment to a ten-year programme aimed at securing the UK’s position at the forefront of this field. As the Centre advances, it will also focus on the ethical use of quantum technology, ensuring that breakthroughs benefit society responsibly. With its broad mandate and state-of- the-art resources, the NQCC represents a bold leap into the future of quantum computing, opening doors to innovations that will shape the UK and the world in the decades to come.
www.nqcc.ac.uk
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Volume 46 No.4 DECEMBER 2024
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