… they are adversely affected by atmospheric turbulence. Scattering of one mode … structured
light in turbulence. We begin by introducing the core concepts of structured light and turbulence…

… This failing of structured light in turbulence has led to numerous … of structured light whose
entire structure in amplitude and phase remains invariant as it propagates through a turbulent …

… behave differently in a particular medium, say turbulence or optical fibre, a fact not yet
established. If diversity could be successfully implemented to counter noise, then the reach would …

… In the context of structured light, optical imperfections and misalignments and perturbing
media such as turbulent air, underwater and optical fibre distort the amplitude and phase of the …

… For this reason, OV beams are promising for the information transfer in noise conditions,
eg, through the turbulent atmosphere [18] (see also the Structured Light in Telecommunication …

… been manufactured to generate structured light beams by tailoring the … of structured light.
Then, we review the recent research progress in the generation and detection of structured light …

… Structured light with inhomogeneous phase, amplitude, and … for light as the ideal carrier
can provide a structured … media with which the light interacts, light fields carrying both …

… Structured light refers to the arbitrarily tailoring of … structure of light, control over other DoFs
is slowly gaining traction, promising access to higher-dimensional forms of structured light. …

… Structured light1 refers to the modern-day ability to tailor light in all its degrees of freedom
(DoFs), spatial and temporal, to create complex optical fields in both the classical2−5 and …

… Flat optics composed of subwavelength-spaced optical scatterers—also known as
metasurfaces or meta-optics—are key enabling tools for structured light not only for their compact …