A provision for controlled variation of the divergence of a laser beam or of multiple parallel laser beams has been incorporated into the design of a conceptual free-space optical-communication station from which the transmitted laser beam(s) would be launched via a telescope. The original purpose to be served by this provision was to enable optimization, under various atmospheric optical conditions, of the divergence of a laser beam or beams transmitted from a ground station to a spacecraft
Optical systems consisting of a series of optical elements require alignment from the input end to t...
The Breakthrough Starshot Initiative aims to launch a nanocraft at 20 percent thespeed of light to P...
The Space Optical Communications Using Laser Beam Amplification (SOCLBA) project will provide a capa...
Being able to dynamically control the transmitted-beam divergence can bring important advantages in ...
A design concept for a proposed airborne or spaceborne free-space optical-communication terminal pro...
Laser frequencies may be reduced to single frequency or selected frequencies. For single frequency p...
A new method is described for optical data transmissions from satellites using laser arrays for lase...
A two-axis gimballed laser pointing mechanism is being developed for the Lidar In-space Technology E...
It has been proposed to use a high energy pulsed laser to beam power into space for satellites or a ...
System will collimate and direct an argon laser beam with high angular tracking accuracy at objects ...
The relative azimuth bearing between first and second spaced terrestrial points which may be obscure...
A new method of generation of a Structured Laser Beam (SLB) with non-diverging central core was prop...
The combination of laser beams holds much promise for obtaining powerful beams. Methods are surveyed...
Alignment mechanism for optical components, such as mirrors for manipulating laser beams, frequently...
System for optical acquisition and tracking, and laser beam deflector devices - electro-optical tech...
Optical systems consisting of a series of optical elements require alignment from the input end to t...
The Breakthrough Starshot Initiative aims to launch a nanocraft at 20 percent thespeed of light to P...
The Space Optical Communications Using Laser Beam Amplification (SOCLBA) project will provide a capa...
Being able to dynamically control the transmitted-beam divergence can bring important advantages in ...
A design concept for a proposed airborne or spaceborne free-space optical-communication terminal pro...
Laser frequencies may be reduced to single frequency or selected frequencies. For single frequency p...
A new method is described for optical data transmissions from satellites using laser arrays for lase...
A two-axis gimballed laser pointing mechanism is being developed for the Lidar In-space Technology E...
It has been proposed to use a high energy pulsed laser to beam power into space for satellites or a ...
System will collimate and direct an argon laser beam with high angular tracking accuracy at objects ...
The relative azimuth bearing between first and second spaced terrestrial points which may be obscure...
A new method of generation of a Structured Laser Beam (SLB) with non-diverging central core was prop...
The combination of laser beams holds much promise for obtaining powerful beams. Methods are surveyed...
Alignment mechanism for optical components, such as mirrors for manipulating laser beams, frequently...
System for optical acquisition and tracking, and laser beam deflector devices - electro-optical tech...
Optical systems consisting of a series of optical elements require alignment from the input end to t...
The Breakthrough Starshot Initiative aims to launch a nanocraft at 20 percent thespeed of light to P...
The Space Optical Communications Using Laser Beam Amplification (SOCLBA) project will provide a capa...