Read article: Topological insulators get a layered twist
Topological insulators get a layered twist
New work could aid the development of more energy-efficient electronic devices
Read article: Topological insulators get a layered twist
Read article: Fusion doughnuts: a topological guide to the world
Fusion doughnuts: a topological guide to the world
Topological thinking is now reaching far beyond solid-state physics
Read article: It’s topology, naturally
It’s topology, naturally
As Jon Cartwright reports, topological behaviours in fluid dynamics could help us understand the natural world and other complex systems
Read article: Laser light induces giant current in topological material
Laser light induces giant current in topological material
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: Time-varying signals control sound waves in topological metamaterials
Time-varying signals control sound waves in topological metamaterials
New work could have applications in ultrasound imaging, sonar and low-power electronic devices that can operate in harsh or hazardous environments
Read article: Magnetic topological insulators change phase under pressure
Magnetic topological insulators change phase under pressure
Scientists develop a simple way of tuning the crystal structure and electronic properties of these layered materials
Read article: Nanostructured topological insulator growth speeds up
Nanostructured topological insulator growth speeds up
Technique produces highly conductive crystalline nanoribbons and could be used to make even thinner materials in the future
Read article: Topological insulators enter the fourth dimension
Topological insulators enter the fourth dimension
Physicists see conduction on the surface of 4D electrical circuits
Read article: Randomized measurements reveal topological quantum states
Randomized measurements reveal topological quantum states
Researchers develop "recipe" for identifying topological invariants in the laboratory
Read article: Anyons bunch together in a 2D conductor
Anyons bunch together in a 2D conductor
Observations will be important for fundamental physics studies and may also aid the development of more robust quantum computers
