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
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’
Photoexcited electrons from fullerene help create high-speed switch
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
Laser interferometry moves closer to shot-noise-limited measurements
By reducing the contribution of other noises, researchers have achieved a record displacement sensitivity in laser interferometry
Read article: Laser interferometry moves closer to shot-noise-limited measurements
Revived photon entanglement could enhance quantum communication and imaging
Angular-position basis allows usable entanglement to endure over longer distances
Read article: Revived photon entanglement could enhance quantum communication and imaging
How indistinguishable are indistinguishable photons? New optical interferometer puts a number on it
Measurements could help advance light-based quantum computers
Read article: How indistinguishable are indistinguishable photons? New optical interferometer puts a number on it
Multiple mirrors illuminate atom interferometry
New light-field imaging technique might be deployed in the MAGIS-100 dark matter detection experiment when it comes online
Read article: Multiple mirrors illuminate atom interferometry
Compact source produces 10 million single photons per second
Efficiency advancements in this room-temperature source should help realize real-world quantum encryption, say researchers
Read article: Compact source produces 10 million single photons per second
Microcavity could make a platform for quantum sensing
New work shows that the dynamical instabilities of a system can be exploited as a resource
Read article: Microcavity could make a platform for quantum sensing
