Satellites Archives - IEEE Transactions on Quantum Engineering

Impact of High-Brightness Entangled Photon Pairs on CHSH Inequality Experiment

March 30, 2026Jin-Woo Kim, Heonoh Kim, June Koo Kevin RheeOpen AccessAttenuation, Brightness, Correlation, Detectors, Mathematical models, Photonics, Quantum entanglement, Quantum mechanics, Satellites, Standards

Abstract: Verifying the violation of Bell’s inequality is one of the most representative methods to demonstrate that entangled photon pairs prepared in a quantum optics-based system exhibit quantum properties. While experiments on Bell inequality violations have been theoretically well-established and extensively conducted to implement various quantum information technologies in laboratory settings, mathematical modeling for systematically […]

Wavelet-Based Quantum Sensing of Geomagnetic Fluctuations With Multiple NV Ensembles

January 15, 2025Chou-Wei Kiang, Jean-Fu KiangQuantum Sensing & MetrologyFluctuations, Magnetic fields, Magnetometers, Masers, Quantum sensing, Satellites, Sensitivity, Sensors, Superconducting magnets, Temperature sensors

Nitrogen-vacancy (NV) ensembles are viable magnetometers to be implemented on nanosatellites for monitoring geomagnetic fluctuations, which are credible precursors for predicting earthquakes at short notice. In this work, a Haar wavelet-based quantum sensing method is proposed to reconstruct the time-varying waveform of geomagnetic fluctuations in the very low frequency band. To collect different frequency components […]

Enhanced Uplink Quantum Communication With Satellites via Downlink Channels

June 23, 2021Eduardo Villaseñor; Mingjian He; Ziqing Wang; Robert Malaney; Moe Z. WinOpen Access, Quantum InformationDownlink, Noise measurement, Protocols, Quantum communication, Satellites, Teleportation, Uplink

In developing the global quantum Internet, quantum communication with low-earth-orbit satellites will play a pivotal role. Such communication will need to be two way: effective not only in the satellite-to-ground (downlink) channel but also in the ground-to-satellite channel (uplink). Given that losses on this latter channel are significantly larger relative to the former, techniques that […]