Dicke Effect

The Dicke effect is a phenomenon in physics where atoms or molecules that are close together emit or absorb light collectively, rather than independently. When these particles are very close, their emitted signals can interfere constructively, leading to a stronger, more coherent signal. This causes the emitted radiation to become narrower in frequency and more intense, improving the signal’s focus and detectability. Essentially, the Dicke effect demonstrates how individual particles can work together in a synchronized way to produce a more pronounced collective response.