Studies of copper reveal the benefit of combining a gradient approach with twinning dislocations and the mechanisms behind the improved properties
Read article: Why gradually does it for maximizing strength
Coupled “saddle” surface states that greatly reduce backscattering of sound waves might be used to make more efficient sound filters and sensors
Read article: 3D acoustic crystals go topological
Networked nano-oscillators could help make brain-like computer
Read article: Coupled spintronic neurons learn to recognize vowels
A key step towards making a quantum computer from these materials
Read article: Tuneable superconductivity appears in topological insulator
Researchers identify quantum spin liquid traits in rare-earth chalcogenides
Read article: Large family of quantum spin liquids revealed
New class of materials allows for the tiniest and fastest magnetic solitons ever
Read article: Ferrimagnets speed up racetrack memories
Researchers have quantum mechanically interfered topological states of light for the first time
Read article: Topological photons could make qubits for quantum computers
Physics World journalists discuss the legacy of Martin Ryle
Read article: Martin Ryle’s vision of renewable energy, what twistronics could do for us, big-G remains elusive
New observations are unexpected since these oscillations are usually only seen in metals
Read article: Quantum oscillations appear in a Kondo insulator
Neutral atoms held in 3D arrays of optical traps could be used to simulate complex physical systems
Read article: Engineered atomic arrays for quantum computers
