Read article: Large family of quantum spin liquids revealed
Large family of quantum spin liquids revealed
Researchers identify quantum spin liquid traits in rare-earth chalcogenides
Read article: Large family of quantum spin liquids revealed
Read article: Ferrimagnets speed up racetrack memories
Ferrimagnets speed up racetrack memories
New class of materials allows for the tiniest and fastest magnetic solitons ever
Read article: Topological photons could make qubits for quantum computers
Topological photons could make qubits for quantum computers
Researchers have quantum mechanically interfered topological states of light for the first time
Read article: Martin Ryle’s vision of renewable energy, what twistronics could do for us, big-G remains elusive
Martin Ryle’s vision of renewable energy, what twistronics could do for us, big-G remains elusive
Physics World journalists discuss the legacy of Martin Ryle
Read article: Quantum oscillations appear in a Kondo insulator
Quantum oscillations appear in a Kondo insulator
New observations are unexpected since these oscillations are usually only seen in metals
Read article: Engineered atomic arrays for quantum computers
Engineered atomic arrays for quantum computers
Neutral atoms held in 3D arrays of optical traps could be used to simulate complex physical systems
Read article: Could skyrmions solve the baryogenesis problem?
Could skyrmions solve the baryogenesis problem?
Not sure yet, but in the meantime unexpected new finding will have important consequences for future technologies based on these vortex-like magnetic spin structures
Read article: Plasmonic tweezer array traps microparticles
Plasmonic tweezer array traps microparticles
Annular aperture device could be used to make lab-on-chips for biotechnological applications
Read article: Strange metals become even stranger
Strange metals become even stranger
Unusual magnetoresistance observed in high-Tc cuprates could yield fundamental insights into the nature of superconductivity
Read article: Weyl phononic crystal negatively refracts sound waves
Weyl phononic crystal negatively refracts sound waves
New “zero reflection” topological quantum material could have many practical applications
