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The ideal rings for this type of laser will be infinite, which means using infinite amount of energy. A true bessel beam is impossible to create. Bessel Beam would be the solution since it is a laser that won't spread however far it is and it can not be destroy

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The vehicle will be light, because no fuel is needed.

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This is an example of what the photonic laser powered spacecraft would look like

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This is an example of what the photonic laser powered spacecraft would look like

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3 days photons that are released from excited atoms in the laser have enough momentum to move/push an object forward. There will be a large number of amplifiers that sync up and act like one big laser.

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This laser uses photons, to create propulsion. Their energy is translated into a push, when the laser ray reflect onto a surface.

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photons from the laser will bounce back and forth from 2 reflective surfaces ( one located on the space craft) which create a force to move an object forward.

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Scientists can send objects into space faster than their normal usual system that they usually uses for rockets. It it could be accelerated to 30% the speed of light

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1. You would need a tremendous amount of power in order for the spacecraft to get to a place like Mars.
2. The farther the spacecraft goes, the less amount of propulsion the laser will be able to provide andthe laser will be less precise.