Quantum

Experiments show that the careful choice of witnesses makes it easier to detect entangled quantum states

A quantum light source proves that light-sensitive cells in frog eyes can detect single photons

Quantum effects in nanometer-scale metallic structures provide a platform for combining molecular electronics and plasmonics

Quickly switching the orientation of a laser beam enables control over the quantum properties of light

Ultrafast laser pulses and precisely cut optical crystals could control the quantum properties of light

Revelation of how photoreceptive cells in the eye distinguish between different light sources could pave the way for a novel class of optical devices

Information within the bonds of molecules known as super benzene oligomers pave the way for new types of quantum computers

A robust approach for preparing polymer-coated quantum dots may find use in a wide range of applications

The elimination of detrimental cross-talks in single-photon detectors pushes quantum optics to new limits

Spherical carbon molecules can make perfectly formed quantum dots

Modeling of nanowire transistors shows that quantum effects must be taken into account in their design