Fluctuations suppress condensation in 1D photon gas
New result backs up an important theory prediction concerning this exotic state of matter
Read article: Fluctuations suppress condensation in 1D photon gas
Read article: Fluctuations suppress condensation in 1D photon gas
Researchers exploit quantum entanglement to create hidden images
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
Liquid crystals generate entangled photon pairs
Technique gives greater control and flexibility over entanglement
Read article: Liquid crystals generate entangled photon pairs
Entangled photons enhance adaptive optical imaging
Quantum-enhanced adaptive optics can produce higher-resolution microscopy images
Read article: Entangled photons enhance adaptive optical imaging
Quantum fluctuations are controlled for the first time, say optics researchers
Work could benefit probabilistic optical computing
Read article: Quantum fluctuations are controlled for the first time, say optics researchers
Quantum mechanics and thermodynamics can both be true, say physicists
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
Quantum entanglement doubles microscope resolution
New technique shows promise for non-destructive bioimaging
Read article: Quantum entanglement doubles microscope resolution
Transparency window appears in an ensemble of ions
"Collectively induced transparency" in an optical cavity has applications in quantum optical technologies
Read article: Transparency window appears in an ensemble of ions
Entangled light source is fully on-chip
Compact device could lead to practical sources of multiphoton cluster states
Read article: Entangled light source is fully on-chip
Photon bound states pave the way to manipulation of ‘quantum light’
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’
