Quantum Physics

A major obstacle to quantum computing has been overcome by modifying a common industrial method to create large arrays of single atoms in a silicon chip

A new way to measure the flow of electricity in a diamond electrical device reveals an unexpected phenomenon reminiscent of lightning in slow motion

Time crystals are mysterious configurations of particles that are perpetually switching and quantum computers can now be used to examine them

Quantum microscopy is able to image tiny biological magnetic structures inside a pigeon’s ear and may help to explain how animals use magnetic fields to navigate

A machine learning framework has been created to precisely locate atom-sized quantum bits in silicon – a crucial step for building a large-scale silicon quantum computer

Scientists have used new quantum magnetic imaging techniques to study the hardest known biomineral – the magnetite found in mollusc teeth – which may inspire new industrial materials

Professor David Jamieson takes us on a journey of his research in physics; from the history of Galileo’s discoveries to quantum computing

Newly developed software for learning quantum computer programming allows students to see inside the ‘black box’ and start using the ‘weird’ physics to solve problems

Quantum computing can be a challenging concept to get your head around - could you explain it?

Quantum sensors can detect tiny changes at the level below the atom, and it’s leading to entirely new questions about how our biological systems work