We give an overview of the physical principles of coherence modulation of light that are discussed in terms of correlation of stochastic light fields such as those emitted by broadband sources. Multiplexing properties of this method are also considered in the frame of two system topologies, the series and parallel configurations, with emphasis put on source of noise inherent to coherence modulation. Applications are also reviewed in optical telecommunications, optical sensing, integrated optics and optical computing
In the general theory of optical coherence, the following problem discussed in the present paper, ar...
The traditional Monte Carlo technique of photon transport in random media describes only single poin...
Light modulation is a vital component in optical communications, imaging and sensing systems. It imp...
We give an overview of the physical principles of coherence modulation of light that are discussed ...
The statistical ensemble of a fluctuating, statistically-stationary electromagnetic light beam is pr...
The statistical ensemble of a fluctuating, statistically-stationary electromagnetic light beam is pr...
In this thesis, coherence and polarization properties of stochastic optical fields are investigated....
Most of the physically realizable optical sources are radiating in a random manner given the random ...
Thesis (Ph. D.)--University of Rochester. Dept. of Physics and Astronomy, 2012.In this thesis, coher...
International audienceThe effect of random modulations of two electric vector fields on their cohere...
Taking the stochastic electromagnetic J0-correlated Schell-model pulsed (JSMP) beam as a typical ex...
The complexity in writing down expressions for P (n, T), the probability that n electrons are ejecte...
A theory is formulated for analysing interference experiments with two correlated wave fields, each ...
A theory is formulated for analysing interference experiments with two correlated wave fields, each ...
Some years ago it was found by computer simulation that partially coherent beams may, in certain sit...
In the general theory of optical coherence, the following problem discussed in the present paper, ar...
The traditional Monte Carlo technique of photon transport in random media describes only single poin...
Light modulation is a vital component in optical communications, imaging and sensing systems. It imp...
We give an overview of the physical principles of coherence modulation of light that are discussed ...
The statistical ensemble of a fluctuating, statistically-stationary electromagnetic light beam is pr...
The statistical ensemble of a fluctuating, statistically-stationary electromagnetic light beam is pr...
In this thesis, coherence and polarization properties of stochastic optical fields are investigated....
Most of the physically realizable optical sources are radiating in a random manner given the random ...
Thesis (Ph. D.)--University of Rochester. Dept. of Physics and Astronomy, 2012.In this thesis, coher...
International audienceThe effect of random modulations of two electric vector fields on their cohere...
Taking the stochastic electromagnetic J0-correlated Schell-model pulsed (JSMP) beam as a typical ex...
The complexity in writing down expressions for P (n, T), the probability that n electrons are ejecte...
A theory is formulated for analysing interference experiments with two correlated wave fields, each ...
A theory is formulated for analysing interference experiments with two correlated wave fields, each ...
Some years ago it was found by computer simulation that partially coherent beams may, in certain sit...
In the general theory of optical coherence, the following problem discussed in the present paper, ar...
The traditional Monte Carlo technique of photon transport in random media describes only single poin...
Light modulation is a vital component in optical communications, imaging and sensing systems. It imp...