Read article: Experiment is first to see kicking photons heat up nanoparticles
Experiment is first to see kicking photons heat up nanoparticles
Breakthrough could lead to measurements of quantum-state evolution due to gravity
Read article: Experiment is first to see kicking photons heat up nanoparticles
Read article: Fermionic microscope watches individual atoms in transition
Fermionic microscope watches individual atoms in transition
Ultracold lithium atoms imaged with single-site and single-particle resolution
Read article: Shor’s algorithm is implemented using five trapped ions
Shor’s algorithm is implemented using five trapped ions
Quantum-computing scheme could be scaled-up to perform practical calculations
Read article: P-wave interactions accidentally spotted in ultracold atoms
P-wave interactions accidentally spotted in ultracold atoms
Serendipitous measurement opens the door to new physics
Read article: Quantum-limited heat conduction smashes long-distance record
Quantum-limited heat conduction smashes long-distance record
Ultra-efficient heat transfer could keep quantum computers cool
Read article: Imaging the polarity of individual chemical bonds
Imaging the polarity of individual chemical bonds
New variation of atomic force microscopy can observe subtle charge imbalances
Read article: Reservoir of ultracold atoms is filled continuously
Reservoir of ultracold atoms is filled continuously
Device could lead to better quantum accelerometers
Ultracold ions put friction to the test
Experiment shows how "stick–slip" processes can be finely tuned
Read article: New maze-like beamsplitter is world’s smallest
New maze-like beamsplitter is world’s smallest
Device could be used for "light-speed" photonic computing
Read article: The masters of antimatter
The masters of antimatter
A look inside CERN's Antimatter Factory and a day in the life of an antimatter tamer
