2025 marks 100 years since the first discoveries in quantum mechanics – an area of science which explores nature at a scale smaller than the atom. King’s has played a pivotal role in the history of quantum research. Professor Charles Coulson (Chair of Theoretical Physics at King's College London from 1947 to 1952) was one of the pioneers in the application of quantum mechanics to understand how atoms bond together to form molecules. Fast forward to the 21st Century, King’s has its own dedicated quantum research centre, bringing together scientists from across different sciences to shape the future of technology for the next 100 years and beyond. King’s Quantum is driving this complex area of science – guided by the UK government’s National Quantum Strategy. The centre’s research spans many areas of science, from black holes, quantum computers and quantum-powered healthcare.

Science has the power to solve the world’s most urgent challenges. We know interdisciplinary collaboration across the sciences and beyond is critical to accelerate breakthrough discoveries. King's has a rich history of pioneering cutting-edge science. Our scientists discovered the structure of DNA, developed electromagnetism and delivered the first human-to-human blood transfusion. We are now ushering a new era of scientific innovation. Uniting our collective expertise, we are responding to urgent global questions that extend from net zero carbon futures to quantum technologies.

King's world-class science degrees deliver future-facing education, taught by leading academics in cutting-edge facilities. Students learn how to solve major societal challenges through an interdisciplinary lens, gaining the skills and experience needed to work within emerging and future industries across the science spectrum. Our flagship Natural Sciences degree programmes are rooted in scientific problem-solving. Through embedded training in entrepreneurship skills, students develop innovative, agile thinking that enhances their future employability.

Interdisciplinary science is fundamental to solving global challenges and developing the scientific breakthroughs of the future. Building on our heritage of ground-breaking discovery, we are embracing synergies at the interface of the physical and life sciences to strengthen our position as a world-leader in interconnected science research. Our expert scientists are already propelling new research forward. We are now creating the conditions needed to stimulate new discoveries by recruiting talent, providing the infrastructure for novel collaborations and incentivising research efforts that have potential to change the world.