New result will be important for future real-world applications that make use of these tiny magnetic particle objects
Read article: Synthetic antiferromagnets host room-temperature skyrmions
New spectral evidence for supersolidity in an ultracold condensate of erbium atoms could help us better understand how spontaneous symmetry breaking occurs in quantum systems
Read article: Supersolidity appears in ultracold atoms
Researchers have predicted an entirely new heat transport mechanism in Weyl semimetals
Read article: Sounding out Weyl fermions
First ever observations of Klein tunnelling in the form of perfect Andreev reflection could help in the development of a new family of spintronic and superconducting devices
Read article: Tunnel barrier disappears in a topological superconducting state
Researchers have made the first ever intrinsically magnetic topological insulator in the laboratory
Read article: Magnetic topological insulator goes clean
New observations will be important for designing improved PCMs in the future for next-generation non-volatile memories
Read article: X-ray diffraction reveals switching mechanism in phase-change materials
A new experiment intercepts a quantum leap as it is occurring – something deemed impossible until now
Read article: To catch a quantum jump
Representatives from industry, government and academia gathered at the home of UK policy-making to wrestle with the potential economic and societal benefits of quantum technology
Read article: As quantum technology matures what industries should care?
And perhaps even help explain why the magnetic fields of Uranus and Neptune are so different from Earth’s
Read article: New superionic ice phase could shed more light on icy giant cores
Researchers observe discrete energy levels in copper electrons caused not by electron confinement within a nanostructure but by diffraction
Read article: Quantum nanoconfinement effects observed without confinement
