- #1
Danny Boy
- 49
- 3
In the paper "Steady-state spin synchronization through the collective motion of trapped ions" it states the following:
"Steady-state synchronization of atomic dipoles forms the foundation for ultra-stable optical lasers utilizing
narrow-linewidth atoms coupled to a lossy cavity mode. The cavity mode acts as a channel for synchronization of the atomic dipoles (spins) resulting in a macroscopic collective dipole in steady-state composed of correlated atoms. Synchronization here refers to the development of a preferred relative phase (correlations) between every pair of spins. "
Question:
Does anyone know how the statement in bold could be expressed mathematically (to add some clarity)?
Thanks for any assistance.
"Steady-state synchronization of atomic dipoles forms the foundation for ultra-stable optical lasers utilizing
narrow-linewidth atoms coupled to a lossy cavity mode. The cavity mode acts as a channel for synchronization of the atomic dipoles (spins) resulting in a macroscopic collective dipole in steady-state composed of correlated atoms. Synchronization here refers to the development of a preferred relative phase (correlations) between every pair of spins. "
Question:
Does anyone know how the statement in bold could be expressed mathematically (to add some clarity)?
Thanks for any assistance.