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Directed-energy weapons (DEW) figure prominently in the Star Wars franchise, with the most common type referred to as lasers or blasters.The in-universe description for how these weapons function is that a high-energy gas is charged by a power cell and converted into plasma, which is fired as a coherent energy bolt at the enemy via magnetic bottle effect.
The optics that produced the laser were placed at the end of a silver coated spiral which helped amplify the beam and increase convergence. The energy to power the laser was provided by a generator and an auxiliary battery system. The lenses themselves were able to operate in different environments by moving metal caps closer to protect the lens.
Dykstra brought together a small team of college students, artists, and engineers and set them up in a warehouse in Van Nuys, California. [12] After seeing the map for the location was zoned as light industrial, Lucas named the group Industrial Light and Magic, [13] which became the Special Visual Effects department on Star Wars.
This concept is similar to the fictional kyber crystals used in the Star Wars universe to power up laser weapons from smaller scale weapons (e.g. blasters, lightsabers) to super-scale intensity in the case of the Death Star. The Death Star's laser power works in a similar method to this by concentrating multiple light beams into one spot from ...
Star Wars makes heavy use of blaster and ion weaponry, attributed to laser, plasma, or particle based bolts of light. Characters can be seen escaping, or even dodging those bolts, and the blaster bolts themselves can be seen flying at a moderate-fast speed.
In Star Wars, a subspace transceiver, also known as a subspace comm, subspace radio, and hyper-transceiver, was a standard device used for instantaneous, faster-than-light communications between nearby systems. Similar to its shorter-ranged cousin, the com-link, the subspace transceiver relied on energy to broadcast signals.
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A 60 kW fiber laser developed by Lockheed Martin to be mounted on the HEMTT that maintains beam quality at high power outputs while using less electricity than solid-state lasers. 2014: Status unknown [46] [47] [48] Free-electron laser: FEL technology is being evaluated by the US Navy as a candidate for an antiaircraft and anti-missile directed ...