Quantum optics Research update Quantum microscope uses entanglement to reveal biological structures Squeezed-amplitude light reduces shot noise in laser Read article: Quantum microscope uses entanglement to reveal biological structures
Quantum optics Analysis SPONSORED 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: Optical cryostat proves a game-changer in quantum communication studies
Dark matter and energy Research update Squeezed light boosts the search for dark matter axions Technique speeds up data analysis by a factor of two Read article: Squeezed light boosts the search for dark matter axions
Quantum optics Research update Quantum connection is made by flying drones Entangled photons distributed over 1 km using two remote control aircraft Read article: Quantum connection is made by flying drones
Imaging Research update Entangled photons can see through translucent materials Quantum twist on optical coherence tomography offers million-fold improvement in imaging Read article: Entangled photons can see through translucent materials
Quantum optics Research update Entangled light is unscrambled using entanglement itself Transmission matrix theory is extended to quantum photonics Read article: Entangled light is unscrambled using entanglement itself
Quantum optics Research update Quantum squeezing is achieved at room temperature New technique could give gravitational-wave detectors a boost Read article: Quantum squeezing is achieved at room temperature
Quantum optics Research update Light forks one way in a Bose–Einstein condensate Physicists irreversibly split photon wavepackets using unconventional technique Read article: Light forks one way in a Bose–Einstein condensate
Quantum optics Research update How to shape photons using a trapped atom Temporal technique could give quantum networks a boost Read article: How to shape photons using a trapped atom
Quantum optics Research update Photons entangled in terms of radial quantum states Radial position and momentum of light could be used to create new quantum technologies Read article: Photons entangled in terms of radial quantum states
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