Encoding an image into the quantum correlations of photon pairs makes it invisible to conventional imaging techniques
Read article: Researchers exploit quantum entanglement to create hidden images
Technique gives greater control and flexibility over entanglement
Read article: Liquid crystals generate entangled photon pairs
Quantum-enhanced adaptive optics can produce higher-resolution microscopy images
Read article: Entangled photons enhance adaptive optical imaging
Work could benefit probabilistic optical computing
Read article: Quantum fluctuations are controlled for the first time, say optics researchers
New quantum processor experiment resolves conflict between the two theories over the nature of reversible processes
Read article: Quantum mechanics and thermodynamics can both be true, say physicists
New technique shows promise for non-destructive bioimaging
Read article: Quantum entanglement doubles microscope resolution
"Collectively induced transparency" in an optical cavity has applications in quantum optical technologies
Read article: Transparency window appears in an ensemble of ions
Compact device could lead to practical sources of multiphoton cluster states
Read article: Entangled light source is fully on-chip
Observations of bound photons interacting with a quantum dot could advance quantum-enhanced measurements and computing
Read article: Photon bound states pave the way to manipulation of ‘quantum light’
Quantum "turnout" device has a switching speed four to five orders of magnitude faster than that of current solid-state transistors
Read article: Photoexcited electrons from fullerene help create high-speed switch
