Switching based on manipulating the crystal lattice of zirconium pentatelluride might find use in quantum computing applications and high-speed, low-power electronics
Read article: Laser light induces giant current in topological material
Layered topological insulator has tuneable Chern number
Read article: Quantum effect creates ‘multi-lane highway’ for electrons
Researchers identify Brown-Zak fermions in superlattices made from the carbon sheet
Read article: New family of quasiparticles appears in graphene
Appearance of exciton vortices in hybrid halides suggests a possible route to Bose–Einstein condensates of electron–hole pairs at liquid nitrogen temperatures
Read article: Perovskites could be platforms for exciton condensates
First observation of an elusive phase of matter made after a century of searching
Read article: Ferroelectric nematic appears in a liquid crystal
Scientists develop a simple way of tuning the crystal structure and electronic properties of these layered materials
Read article: Magnetic topological insulators change phase under pressure
First device of its kind could be used in quantum computing circuits
Read article: Physicists create quantum phase battery
New work brings real-world devices based on these whirling vortex structures a step closer to reality
Read article: Weak electric currents track tiny magnetic skyrmions
“Topological superconductivity” could come in useful for a host of new applications
Read article: Supercurrent goes to the edge
New low-power technique detects the spin of electrons in a non-volatile way that does not require ferromagnets
Read article: Electric fields control spintronics devices
