The theory of spin noise in low-dimensional systems and bulk semiconductors is reviewed.
Spin noise is usually detected by optical means continuously measuring the rotation angle …

Since its theoretical sensitivity is limited by quantum noise, radio wave sensing based on
Rydberg atoms has the potential to replace its traditional counterparts with higher sensitivity …

We report an experimental and theoretical study of spin-noise correlations in a Rb 87-Cs
133 unpolarized alkali-metal vapor dominated by spin-exchange collisions. We observe …

Atomic vapour magnetometers sense the local magnetic field strength by measuring the
resulting precession rate of a well-defined quantum state. An essential prerequisite for this …

Quantum noise reduction and entanglement-enhanced sensing in the acoustic frequency
range is an outstanding challenge relevant for a number of applications including …

Optically pumped magnetometers (OPMs) are revolutionizing the task of magnetic-field
sensing due to their extremely high sensitivity combined with technological improvements in …

We report noninvasive detection of spin coherence in a collection of Raman-driven cold
atoms using dispersive Faraday rotation fluctuation measurements, which opens …

Quantum non-demolition measurement with an off-resonance polarized probe is a widely
utilized technique for atomic sensors. We observe previously unexplored spin-alignment …

Light-induced nonequilibrium spin-noise spectroscopy is theoretically and experimentally
shown to be an efficient technique to reveal the structure and coherent effects in a probed …

The spin-noise mechanisms in a spin-1 system are theoretically and experimentally
investigated in detail. Eight different independent spin degrees of freedom are isolated …