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TimeContinuum
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Using a series of focal reflectors, built in antenna strategically placed for proper phasing the EMF amplification system. Kinda like a space hyper engine. Possible? I can draw some blueprints I think.
A light amplification jet engine is a type of propulsion system that uses a laser as its source of energy to generate thrust. The laser is directed into a combustion chamber, where it heats and expands a fuel and air mixture, creating a high-velocity exhaust stream that propels the aircraft.
The laser in a light amplification jet engine is focused onto a small area of the combustion chamber, creating a high-intensity beam that rapidly heats the fuel and air mixture. This creates a high-pressure and high-velocity gas that is directed through a nozzle, generating thrust and propelling the aircraft forward.
Light amplification jet engines have several advantages over traditional jet engines. They are more efficient, as the laser can be precisely controlled to heat only a small amount of fuel and air, resulting in less wasted energy. They also have a higher thrust-to-weight ratio, making them ideal for use in smaller and faster aircraft. Additionally, they produce less noise and emissions compared to traditional jet engines.
While light amplification jet engines have many benefits, there are also some limitations to their use. For one, they require a constant supply of energy to power the laser, which can be difficult to maintain during long flights. They also have a shorter range compared to traditional jet engines, as the laser can only heat a limited amount of fuel at a time.
Although light amplification jet engines are still in the early stages of development, there are already several potential real-world applications. They could be used in military drones and unmanned aerial vehicles, as well as in space travel. They may also have potential applications in commercial aviation, particularly for supersonic and hypersonic flights.