Quantum phase transition detected deep inside the Earth
Spin crossover in iron could be linked to increases in the frequency of earthquakes and volcanic eruptions
Read article: Quantum phase transition detected deep inside the Earth
Read article: Quantum phase transition detected deep inside the Earth
Kagome geometry produces magnetism in a 2D organic material
Local magnetic moments have been spotted emerging from electron–electron interactions in an organic system for the first time
Read article: Kagome geometry produces magnetism in a 2D organic material
Stacking order in a 2D magnet produces Dirac magnons
Topological feature could prove useful for dissipationless spintronics
Read article: Stacking order in a 2D magnet produces Dirac magnons
Introducing the non-radiating antenna
An antenna’s radiation can be turned off using a dielectric disc, creating a non-radiative “meta-atom”
Read article: Introducing the non-radiating antenna
‘Slidetronics’ makes its debut
Researchers discover a novel polarization switching mechanism in an ultrathin ferroelectric material
Read article: ‘Slidetronics’ makes its debut
Electron’s dual nature appears in a quantum spin liquid
New evidence supports theory that the electron may be composed of two particles
Read article: Electron’s dual nature appears in a quantum spin liquid
Long-awaited magnetic interferometer might probe quantum gravity
Device could interfere much larger molecules than is currently possible
Read article: Long-awaited magnetic interferometer might probe quantum gravity
WiFi signals used to power small electrical devices
Synchronized spin-torque oscillators deliver enough energy to drive a LED
Read article: WiFi signals used to power small electrical devices
Ultra-magnetostrictive material shows promise for beyond-CMOS technologies
New material is based on iron and gallium, avoiding the need for expensive and scarce rare-earth elements
Read article: Ultra-magnetostrictive material shows promise for beyond-CMOS technologies
Doped antiferromagnets switch faster
New findings could enable quicker, higher-density and more stable memory storage
Read article: Doped antiferromagnets switch faster
