Cyclist and Einstein's Theory of Relativity

Cyclist and Einstein's Theory of Relativity

1) Would the speed of the light be always the same?

We know that the speed of the light is the cosmic constant, but what if we would stand at the keel of the interstellar spacecraft, and turn the light to the front of us. If the speed of the craft is 99,99 percent of the speed of the light, and we would send the photons forward of the craft, would those photons be at the goal before other photons?

Or if the object moves extremely fast, would the photons what are left from the front side of the craft be at the goal before the photons, what are left at the same point, but from the stable platforms? This is one of the most interesting theories in the Universe.

2) The thing that a bullet, what is launched from aircraft reaches the speed, which is increased with the speed of the aircraft. So if the speed of the bullet, what is launched from a stable platform is 800 kilometers per hour, when it comes out of the pipe would be launched from the airplane what travels 800 km/h to forward the speed of the bullet is 800km/h+800km/h=1600 km/h

Sometimes there have been introduced thoughts that the spacecraft, what uses the antimatter and reaches the speed of 70 percent of the speed of the light. Then the craft would be equipped with the snout linear magnetic track, which would shoot the small probe by using 50-70% of the speed of the light.

The system would be similar, which is used in 27 kilometers long "Hadron accelerator". The accelerator could be in the hank, and the other side of it would be open to space. When the spacecraft would travel at the space, and shoot another craft through that accelerator that craft would include the speed, what the particle accelerator gives, and the speed of mothership to its speed.

The principle is the same when the machine gun is connected to the aircraft. The speed of the bullet is the speed of the aircraft + the speed of the bullet when it comes out from the pipe of the gun. So if the normal speed of the bullet is 800 km/h and the speed of the aircraft where that machine gun is installed is 800 km/h the speed of the bullet is in this case 1600 km/h. So the thing is that this same effect should work with the extremely fast spacecraft.

3) Kugelblitz (1)(There is another version of that hypothetical spacecraft, what uses black holes for drive)

The dilemma of Cyclist, who drives near the speed of the light(2) is one of the most interesting examples, what Einstein's Theory of General Relativity has been inspired. The question is if the cyclist would drive with the speed, what is 99,99% percent of the speed of light, could the wheel of the bicycle cross the speed of the light.

Of course, the opposite side wheel would go backward with the speed, what it rotates, but this dilemma has been given an idea of the "Kugelblitz" or "cosmic snail", and this theoretical spacecraft would accelerate to the speed, what is close of the speed of the light like 99,99% speed of the light. And then the wheel, what is connected to that craft would start to rotate with the speed, what is 0,5% of the speed of the light. Could the upper layer of the wheel cross the "light wall", and will it give an effect to the spacecraft?

(1) https://www.livescience.com/55981-futuristic-spacecraft-for-interstellar-space-travel.html

(2) https://www.nature.com/articles/d41586-020-01674-1

Image: https://cdn.mos.cms.futurecdn.net/DWZ9LRGrKT7TwvHokQq2nQ-1200-80.jpeg

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