Quantum random walk puts a limit on superposition
Caesium atom violates "macrorealistic" assumptions
Read article: Quantum random walk puts a limit on superposition
Read article: Quantum random walk puts a limit on superposition
New optical fibre shortens laser pulses the easy way
Kagome structure and noble gas work together to create short, powerful infrared bursts
Read article: New optical fibre shortens laser pulses the easy way
Nailing the half-life of iron-60
New measurements tune up million-year "astronomical clock"
Read article: Nailing the half-life of iron-60
Web life: Crystallography365
Blogging the International Year of Crystallography, one crystal structure at a time
Read article: Web life: Crystallography365
‘Quantum reporters’ measure magnetic resonance of one proton
Physicists turn quantum problem into an opportunity
Read article: ‘Quantum reporters’ measure magnetic resonance of one proton
Material gives up its spin-splitting secrets
Unexpected discovery of giant spin-splitting could boost spintronics
Read article: Material gives up its spin-splitting secrets
Chemistry Nobel awarded for super-resolution microscopy
Eric Betzig, Stefan Hell and William Moerner share 2014 prize
Read article: Chemistry Nobel awarded for super-resolution microscopy
Visualizing helium’s interacting electrons
New experiments control correlations, switching them on and off
Read article: Visualizing helium’s interacting electrons
Cracking the code for single-molecule junctions
First accurate calculation of “porphyrin” conductance achieved
Read article: Cracking the code for single-molecule junctions
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
