KNOWLEDGE HUB

A resource that explores the major discoveries and breakthroughs that have shaped the field of quantum science, from the origins of quantum theory in the late 19th century to cutting-edge developments in quantum computing, communications, sensing and metrology. The timeline highlights key milestones including the invention of the atomic clock, the development of quantum key distribution, Shor’s algorithm, quantum teleportation, and demonstrations of quantum advantage.

Date: 31 March 2026

Digital Catapult and the National Quantum Computing Centre announced a strategic collaboration to accelerate the development and adoption of quantum technologies. The partnership will help businesses access expertise, facilities and commercial opportunities while supporting innovation, capability building and growth across the UK's quantum sector.

This video explores the international race to develop quantum computing technologies, examining how countries, researchers and technology companies are competing to achieve breakthroughs with the potential to transform computing. Through expert commentary and real-world examples, it highlights both the promise of quantum computing and the scientific and engineering challenges that must be overcome before these powerful systems become widely available.

The Institute of Physics (IOP) Public Engagement Grant Scheme provides small grants to support projects that increase engagement with physics. Open to individuals and organisations across the UK and Republic of Ireland, the scheme particularly encourages activities that engage families and support the IOP’s Limit Less initiative, with priority given to projects reaching underrepresented groups including girls and young women, disabled young people, LGBT+ young people, those from disadvantaged backgrounds, and Black Caribbean young people. The 2026 funding round closed on 7 September 2026, but it is worth researching for 2027.

Maria Violaris's website brings together a range of quantum science content, including educational videos, podcasts, articles and outreach resources. It offers accessible introductions to quantum technologies, quantum computing and some of the biggest questions in modern physics.

Date: 17 March 2026

The UK Hub for Quantum Enabled Position, Navigation & Timing received £1.2 million to accelerate translation of quantum technologies into commercial and national capabilities. Funding will support industry partnerships, strengthen UK supply chains and advance resilient navigation and timing systems that reduce reliance on vulnerable satellite infrastructure.  

In early 2026, the UK Quantum Technology Hubs hosted an online webinar bringing together researchers from each of the technology hubs. Through a series of accessible 10-minute talks, speakers showcased how quantum technologies are progressing from fundamental research to real-world applications in sensing, imaging, communications and computing. Perfect for students, early-career researchers, and curious minds, this is a great opportunity to get a snapshot of the people and ideas driving the UK’s quantum revolution.

Individual presentations are below.  

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The Institute of Physics (IOP) is a leading scientific organisation dedicated to advancing the understanding and application of physics. Through educational resources, events, publications and outreach activities, it helps connect people with physics and its impact on society, technology and innovation.

The IOP has a number of videos on YouTube that explain the science behind quantum technologies:

This BBC programme explores the fundamental ideas behind quantum science, explaining concepts such as superposition, entanglement, and uncertainty, and how they are shaping the next generation of technologies.

This podcast series presented by Ash Lyons explores the rapidly evolving world of quantum technologies through conversations with researchers, innovators and industry leaders. The podcast breaks down complex quantum concepts into accessible discussions, highlighting the scientific advances, real-world applications and future opportunities emerging across the quantum sector.

The UK Government's National Quantum Strategy sets out a ten-year vision to make the UK a leading quantum-enabled economy by 2033, backed by a £2.5 billion public investment programme. It outlines plans to strengthen research, skills, business growth, technology adoption and international leadership in quantum technologies.

This podcast series from the King’s Quantum research community introduces listeners to the people and research behind cutting-edge quantum science. Through conversations with leading researchers, the series explores a wide range of topics, from fundamental quantum physics to emerging technologies, offering an accessible insight into the discoveries shaping the future of the field. The full list of episodes is linked here.

This independent review, commissioned by the Royal Academy of Engineering examines the infrastructure needed to support the growth and commercialisation of the UK's quantum sector over the next decade. It identifies key investment opportunities, from advanced manufacturing and fabrication facilities to skills, coordination and supply chain development, aimed at ensuring the UK remains globally competitive in quantum technologies.

This episode explores the bizarre and fascinating nature of the quantum world, featuring scientists and guests discussing the discoveries and mysteries that have shaped modern quantum physics.

The UCL Quantum Science and Technology Institute (QSTI) is a multidisciplinary research centre that connects experts from across UCL to explore the science and applications of quantum technologies. Its work spans fundamental research through to real-world innovation, helping to drive advances in quantum computing, communications, sensing and other emerging technologies.

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Using quantum sensors to map conductivity in the heart

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Tell me about quantum technologies

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Weaving baskets and braiding hair for quantum computing

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Using quantum sensors to map conductivity in the heart

The Science Show with Dr Dada explores the latest developments in science and technology through interviews, documentaries, explainer videos and live events. With a particular focus on showcasing scientific research and innovation in Scotland, the channel makes STEM topics accessible, engaging and relevant to everyday life.

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Quantum Tech is Taking Over - But Do You Even Speak the Language?

The Partnership Grants Scheme supports schools and colleges in working with STEM professionals from academia or industry to deliver hands-on investigative STEM projects. Open to UK-based schools and colleges for students aged 5 to 18, each project must involve both an educational partner and an actively practising STEM professional with relevant expertise. The scheme aims to help young people develop practical STEM and research skills, broaden their understanding of STEM careers, and build lasting partnerships between education and the STEM community. Priority is given to schools and colleges that are new to the programme or have the greatest need, helping to ensure that more students can access high-quality STEM enrichment opportunities.

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Note: next deadline is 30 November 2026

Published by the Royal United Services Institute (RUSI), this report explores how emerging quantum technologies could transform national security through advances in computing, sensing and secure communications. It examines both the opportunities and risks posed by quantum technologies, highlighting their implications for cybersecurity, defence, critical infrastructure and the UK's long-term strategic resilience.

Mimi’s Tiny Adventure is a children's story from the Institute of Physics that introduces readers to the science of the very small through an exciting rescue mission. Along the way, young audiences discover real-world topics including quantum science, nanotechnology, metrology, medical imaging and advanced sensors, while meeting scientists and engineers whose work is helping shape future technologies.

Comedian Jo Brand joins Brian Cox and Robin Ince for a light-hearted journey into the strange world of quantum physics, examining quantum phenomena through humour, discussion, and expert insights.

This book introduces young readers to the world of quantum science through storytelling, curiosity and real-life scientific ideas.  

The book is written by primary science teachers Jules Pottle and Rufus Thomas and co-curated by the Science and Engineering Education Research and Innovation Hub (SEERIH) and the Nanoscale Advanced Materials Engineering (NAME) project.  

Produced by the Regulatory Horizons Council, this report explores how the UK can develop a proportionate, pro-innovation regulatory framework for quantum technologies as they move from research to real-world applications. It provides recommendations on governance, standards, responsible innovation and regulation to help ensure quantum technologies deliver economic and societal benefits while managing potential risks.

The Quantum Mechanics Visualisation Project (QuVis) is a collection of free, research-based interactive simulations and learning activities designed to help students explore and understand quantum mechanics concepts through visualisation and experimentation. The resources support learners from advanced school level through to undergraduate study, covering topics such as quantum tunnelling, entanglement, quantum cryptography and wave-particle behaviour.

Jim Al-Khalili talks to quantum physicist Vlatko Vedral. They discuss his work on quantum information and explore the idea that information may be one of the most fundamental building blocks of the universe.

These reports present findings from a UK public dialogue in 2017 exploring attitudes towards quantum technologies, including potential benefits, concerns and priorities for future development.

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6 Quantum Technologies Public Dialogue Full Report

6 Quantum Technologies Public Dialogue Summary