Read article: Interference wall captures single photons
Interference wall captures single photons
New technique could help avoid the need for highly optically nonlinear materials
Read article: Interference wall captures single photons
Read article: Atom cavity sees the same photon twice
Atom cavity sees the same photon twice
A new non-destructive photon detection technique could aid the development of quantum communications networks
Read article: Light cages could give quantum-information networks a boost
Light cages could give quantum-information networks a boost
Device couples light to atoms in a vapour
Read article: Quantum microscope uses entanglement to reveal biological structures
Quantum microscope uses entanglement to reveal biological structures
Squeezed-amplitude light reduces shot noise in laser
Read article: Optical cryostat proves a game-changer in quantum communication studies
Optical cryostat proves a game-changer in quantum communication studies
German nanotechnology specialist attocube says its attoDRY800 cryostat enables quantum scientists to "reclaim the optical table" and focus on their research not the experimental set-up
Read article: Squeezed light boosts the search for dark matter axions
Squeezed light boosts the search for dark matter axions
Technique speeds up data analysis by a factor of two
Read article: Quantum connection is made by flying drones
Quantum connection is made by flying drones
Entangled photons distributed over 1 km using two remote control aircraft
Read article: Entangled photons can see through translucent materials
Entangled photons can see through translucent materials
Quantum twist on optical coherence tomography offers million-fold improvement in imaging
Read article: Entangled light is unscrambled using entanglement itself
Entangled light is unscrambled using entanglement itself
Transmission matrix theory is extended to quantum photonics
Read article: Quantum squeezing is achieved at room temperature
Quantum squeezing is achieved at room temperature
New technique could give gravitational-wave detectors a boost
