How to make a tougher quantum computer
Repetitive error correction is achieved with nine quantum bits
Read article: How to make a tougher quantum computer
Read article: How to make a tougher quantum computer
A superconducting surprise comes of age: the evolution and future of iron-based superconductors
Hideo Aoki and Hideo Hosono take a look at iron-based and cuprate superconductors
Read article: A superconducting surprise comes of age: the evolution and future of iron-based superconductors
Magnetic levitation spins up waxy ‘tektites’ in the lab
Natural glass formed in extraterrestrial impacts recreated using wax
Read article: Magnetic levitation spins up waxy ‘tektites’ in the lab
Superconductor finally goes with the FFLO
Unusual response to strong magnetic fields seen at long last
Read article: Superconductor finally goes with the FFLO
New amplifier design could improve quantum circuits
Device based on Josephson junctions offers broader bandwidth
Read article: New amplifier design could improve quantum circuits
Majorana quasiparticles glimpsed in magnetic chains
Evidence of "non-Abelian" excitations in solids continues to grow
Read article: Majorana quasiparticles glimpsed in magnetic chains
Strontium’s nuclear ‘spin symmetry’ revealed
Discovery will be crucial for building yet more precise atomic clocks
Read article: Strontium’s nuclear ‘spin symmetry’ revealed
Electron coincidence spectroscopy arrives on the bench top
Surface science technique no longer needs a synchrotron
Read article: Electron coincidence spectroscopy arrives on the bench top
Entanglement strengthened by losing information
Method could help with quantum computing
Read article: Entanglement strengthened by losing information
Metamaterials offer route to room-temperature superconductivity
Negative dielectric response could strengthen electron pairs
Read article: Metamaterials offer route to room-temperature superconductivity
