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The International Year of Quantum, coordinated in the UK and Ireland by the IOP, celebrates 100 years of quantum science and technology and aims to raise global awareness of a scientific revolution that will change our lives.
Quantum technologies harness the unique properties of subatomic particles to process information in a completely new way. Pioneering quantum discoveries mean we can now, or could soon be able to, do things previously thought impossible.
With a rich history of innovation and collaboration, world-leading academic institutions, research centres, and more quantum organisations and private investment than any other country except US, the UK is uniquely positioned to drive the next phase of quantum development, developing new products and new processes which can benefit everyone around the world.
Dr Peter Thompson, CBE, CEO, NPL said: "Quantum computing will solve some of the most complex challenges of today – from helping to tackle climate change to advancing healthcare outcomes with new vaccines and drugs and boosting quality of life for communities globally. As we celebrate the International Year of Quantum, now is the time to translate potential into progress through ongoing investment, leading research and industry collaboration, ensuring the quantum promise becomes a reality for all.”
Sir Peter Knight, Co-Chair of the International Year of Quantum Steering Group, said: “The International Year of Quantum comes at a pivotal moment for quantum science and technology. A hundred years ago, physicists were making the first stunning discoveries that changed our understanding of matter and unlocked perhaps the most powerful technology of the modern age.
Quantum technology has already changed our lives, making possible the microchips that power our computers and phones and the lasers and photonics that underpin global communications networks.
Now it stands ready to change the technological landscape again – if we in the UK and worldwide continue to support the fundamental science to advance quantum understanding and the business growth to share its benefits around the world.”
Professor JT Janssen, Chief Scientist, NPL said: “The emergence of the field of quantum mechanics in the early 20th century revolutionised our understanding of physics and the world around us. In the following 100 years we have made great strides in harnessing this new theoretical understanding to drive innovations and technological development. The benefits of these advancements are already being felt today. Technologies including MRI, GPS, atomic clocks, computers and mobile phone would not be possible without understanding of quantum mechanics.”
Find out more about The NPL quantum programme
11 Feb 2025