Abstract The Spectral Finite Element Technique (SFEM) has Several Applications in the
Sciences, Engineering, and Mathematics, which will be Covered in this Review Article. The …

Based on generalizations of numerous measurements and calculations, the influence of the
low-frequency part of the atmospheric turbulence spectrum, directly adjacent to the inertial …

Future satellite-to-ground optical communication systems will benefit from accurate forecasts
of atmospheric optical turbulence; namely for site selection, for the routing and the operation …

In this study we demonstrate that we can provide forecasts of all the main astroclimatic
parameters (seeing, wavefront coherence time, isoplanatic angle, and ground-layer fraction) …

The forecast for atmospheric and turbulence conditions above astronomical observatories is
of interest to the astronomical community because it allows observations to be planned with …

We present an overview of the MOSE (MOdelling ESO Sites) project that aims to prove the
feasibility of the forecast of the classical atmospheric parameters (wind-speed intensity and …

ABSTRACT A worldwide search is currently being conducted to determine the most
appropriate sites for the next generation of large optical and infrared telescopes. Here, we …

One of the main goals of the feasibility study MOSE (MOdelling ESO Sites) is to evaluate the
performances of a method conceived to forecast the optical turbulence (OT) above the …

Optical turbulence greatly impacts the range and quality of astronomical observations.
Advanced knowledge of the expected atmospheric optical turbulence provides important …

Beams carrying orbital angular momentum (OAM), has attracted wide interests recently, due
to their favorable potential in communications, optical tweezers, remote detection, etc …