Measuring local invariants in topological materials
Optical resonator experiments shed more light on these technologically important structures
Read article: Measuring local invariants in topological materials
Read article: Measuring local invariants in topological materials
Topological quantum materials switch up a gear
Incident terahertz light allows ultrafast switching between topological Weyl semimetal phases in WTe2
Read article: Topological quantum materials switch up a gear
Quantum spin liquid state pathway emerges
Studies of new kagome lattice materials provide insights into the transitions between quantum spin liquids and magnetically ordered states
Read article: Quantum spin liquid state pathway emerges
Could high-pressure hydrides be high-temperature superconductors?
Researchers may have found evidence for a sudden drop in resistivity at 250 K
Read article: Could high-pressure hydrides be high-temperature superconductors?
Multiferroics and topological materials for the post-CMOS world
Intel and University of Berkeley researchers invent a new kind of computing logic
Read article: Multiferroics and topological materials for the post-CMOS world
Liquid phase-change material behaves like water
Results from neutron scattering experiments on glassy antimony alloy will be important when making novel non-volatile memories
Read article: Liquid phase-change material behaves like water
Novel nanosheet allows for efficient molecular sieving
Two-dimensional zeolite crystals provide new membrane materials for applications from desalination to batteries
Read article: Novel nanosheet allows for efficient molecular sieving
Elastic foam uses machine learning to detect how its shape changes
Technology could be used in robots that are more responsive to their environment
Read article: Elastic foam uses machine learning to detect how its shape changes
Dipolar quantum mixture makes its debut
First ever magnetic condensates made of two different atomic species could help shed more light on many-body phenomena
Read article: Dipolar quantum mixture makes its debut
DNA nanobot escapes from a maze
New work could help advance autonomous and intelligent nanoscale robotic systems
Read article: DNA nanobot escapes from a maze
