Modern imaging technologies are widely based on classical principles of light or
electromagnetic wave propagation. They can be remarkably sophisticated, with recent …

Quantum correlations, especially time correlations, are crucial in ghost imaging for
significantly reducing the background noise on the one hand while increasing the imaging …

Quantum sensors emerged among quantum technologies as the ones with promising
potential applications in the near future. This perspective reviews two leading quantum …

In a conventional quantum imaging experiment, the image of the object is retrieved directly
with single photon camera technology, or computationally with a single‐pixel detector and …

Quantum ghost imaging approaches have been proposed to enhance biological
microscopy, for example, using 2D visible detectors to provide IR images or providing …

Quantum super-resolution imaging provides a nonlabeling method to surpass the diffraction
limit of imaging systems. This technique relies on measurement of the second-order …

Optical imaging has traditionally relied on hardware to fulfill its imaging function, producing
output measures that mimic the original objects. Developed separately, digital algorithms …

Recent advances in generating light in specific quantum states facilitate new sensing
applications and enhance or revitalize established measurement and sensing techniques …

An efficient approach to achieve single-polarization selectivity in single-mode double
microring lasers (photonic molecule lasers) is presented in this study. The fabricated …

In recent years, quantum information technology, as a subversive and strategic technology
that has attracted much attention, acquires, transmits, and processes information by means …