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: Could skyrmions solve the baryogenesis problem?
Annular aperture device could be used to make lab-on-chips for biotechnological applications
Read article: Plasmonic tweezer array traps microparticles
Unusual magnetoresistance observed in high-Tc cuprates could yield fundamental insights into the nature of superconductivity
Read article: Strange metals become even stranger
New “zero reflection” topological quantum material could have many practical applications
Read article: Weyl phononic crystal negatively refracts sound waves
Open-water tests show that the sponge-like material can completely remove a thin layer of oil from the ocean surface
Read article: ‘Oleo Sponge’ mops up oil spills
Researchers vastly improve the reach of ferroelectrics by producing the first all-organic perovskites
Read article: Organic ferroelectrics finally stick in the memory
Samples could be used to study the quantum spin Hall effect as well as to make spintronics devices and qubits
Read article: Wet etching makes high quality topological superconductor
The London brothers may have been right
Read article: Static electric field suppresses superconductivity
First observations of two independent skyrmion phases in the same magnetic material
Read article: Skyrmion phases: two for the price of two
Aiming to reduce plastic waste in food packaging, Sulapac joins forces with Fazer
Read article: 100% biodegradable packaging company expands
