«One important possible application of this work is in creating a more
powerful laser system than existing technologies allow,» Soljači?
Not exact matches
In addition, two Satellite
Laser Ranging (SLR) systems use powerful laser beams to observe the distance to satellites that reflect the laser l
Laser Ranging (SLR)
systems use
powerful laser beams to observe the distance to satellites that reflect the laser l
laser beams to observe the distance to satellites that reflect the
laser l
laser light.
«
Laser systems like ours must be exceptionally
powerful in order to withstand the extreme conditions in space.
For the first time a
powerful laser has been used to further our understanding of some of the most mysterious celestial objects just beyond the solar
system — brown dwarfs.
That same year the MMT Observatory in Arizona (shown) tested a
system that uses a
powerful green
laser to create multiple artificial stars using Rayleigh scattering in the lower atmosphere.
The VLT
system comprises a
powerful orange
laser that sits inside a special clean - room next to the telescope and an optical fibre that sends the
laser light to a small «launch» telescope at the top of Yepun.
Many major observatories already have — or are developing —
systems that use
powerful lasers to project pinpoints of light high in the atmosphere.
BIC
lasers can also be made to emit beams with specially engineered shapes (spiral, donut or bell curve)-- called vector beams — which could enable increasingly
powerful computers and optical communication
systems that can carry up to 10 times more information than existing ones.
Such a distributed
system would also mean that each individual
laser could be less
powerful, reducing any possible danger from the beams to other aircraft or birds.
Blasting a bunch of protons from such a plastic microsphere requires extremely
powerful and efficient
laser systems.
Others call for constructing gossamer - thin thousand - kilometer - wide «sails» in space, which would ride on
powerful laser or particle beams out of solar
system.
NASA's newest moon orbiter is beaming data to Earth via a
powerful laser beam to test an innovative interplanetary communications
systems that doesn't rely on radio waves, and a new photo reveals just what a moon
laser signal looks like in infrared.
Using the world's most
powerful x-ray
laser, an international collaboration led by Berkeley Lab researchers took femtosecond «snapshots» of water oxidation in photosystem II, the only known biological
system able to harness sunlight for splitting the water molecule.
This patented
laser - measuring
system features 4X / second calibration verification and industry's smallest, most
powerful scanner.