C2N13

C2N13 is a term that has been associated with the continuous measurement of the transverse Clauser effect. The transverse Clauser effect is a phenomenon observed in the polarized light emitted by a hot cesium fluoride (CsF) vapor cell. This phenomenon is related to the interaction between the emission and absorption processes of the cesium atoms within the cell.

The continuous measurement of the C2N13 term is an important aspect of the research into the fundamental properties of atomic systems. It provides a window into the underlying dynamics of the system, allowing for the examination of the role of coherence and correlations in the behavior of the atoms.

The measurement of the C2N13 term involves the study of the polarization correlations of photons emitted by the CsF vapor cell. By analyzing these correlations, researchers can gain insight into the quantum state of the system and its evolution over time. This in turn can lead to a deeper understanding of the underlying mechanisms driving the observed behavior.

Research into the C2N13 term has been conducted using a variety of experimental techniques. These have included spectroscopic measurements, which allow for the detection of the emitted photons, and interference experiments, which enable the study of the correlations between the photons. The results from these experiments have provided valuable insights into the behavior of the atomic system and have shed light on the role of quantum coherence in the decay mechanism of the excited state.

Studies of the C2N13 term continue to be an active area of research, with ongoing investigations into the effects of temperature, collisions, and other factors on the system's behavior.