Hybrid Nanophotonic Trap Boosts Atomic Storage and Coherence Times
Scientists have developed a hybrid nanophotonic trap that enables the storage of neutral rubidium (⁸⁷Rb) atoms with exceptionally long coherence times.… more →
Scientists have successfully transmitted time-bin encoded quantum cluster states over 29 kilometers of partially deployed optical fiber. This achievement represents a significant step towards building robust and scalable quantum communication networks. Time-bin encoding, which uses the arrival of photons at different times to represent information, is less susceptible to decoherence and signal loss than other techniques, making it ideal for long-distance transmissions.
Scientists have developed a hybrid nanophotonic trap that enables the storage of neutral rubidium (⁸⁷Rb) atoms with exceptionally long coherence times.… more →
A recent study has investigated how the addition of milk to coffee affects oral friction and sensory perception, revealing that the structural reorganization of the milk matrix pla… more →
A research team has successfully controlled and timed electric current pulses at an attosecond (10⁻¹⁸ seconds) timescale using a scanning tunneling microscope (STM).… more →
A new study has investigated persistence collapse transitions and observable admissibility in nonlinear dynamical systems.… more →
Researchers have developed a new type of highly sensitive and stretchable strain sensor, inspired by the structure of human skin.… more →