""The new laser leans against a block of titanium-sapphire. For scale, both sit atop a quarter. Credit: Yang et al., Nature" (ScitechDaily, Stanford Engineers a Pocket-Sized Titanium-Sapphire Super Laser)
The pocket-size titanium-sapphire lasers can revolutionize laser technology. This kind of solid and high-quality lasers can make a revolution in laser, drone, and quantum technology.
One way to create a powerful laser is to use modular technology. In that system, the modular laser uses multiple independently operating lasers. And the system focuses those laser rays into one point. There are various ways to make that kind of system. If lasers are in the drone swarms, those drones can point all of their rays into one point. Another way is to make a cylinder, and in the middle of the cylinder is a laser ray. Then, other lasers send their laser rays into that laser ray.
In Star Wars movies the fictional Death Star uses that kind of laser system. And that technology can also used in drone swarms. The drone swarms can also make virtual cylinders. And then, one of the drones will shoot the collector laser ray through it. Then, other lasers will shoot their energy into that collector ray, which can reach a very high energy level.
Modular laser technology makes it possible to create new types of quantum communication. In those systems, every laser can send information at the same time. But in different frequencies. That thing can make information more secure than without that technology.
When we think about neural network systems like drone swarms, we must realize one thing. The single drone is a dummy, but as an entirety, the drone swarms can be extremely intelligent and independent. The virtual quantum computing mode in the drone swarms can operate like this: The system shares data bites with each drone. Then, those drones can collect that information into one entirety as quantum computers can do. That kind of information-handling system is a powerful tool.
Laser technology allows drone swarms to operate in areas. There is powerful electromagnetic turbulence like plasma fields. In those areas, lasers offer secure and error-free communication applications. Small-size lasers that can cut metal, measure distances, and offer communication ability in one system make them multi-purpose tools.
https://scitechdaily.com/stanford-engineers-a-pocket-sized-titanium-sapphire-super-laser/
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