Maybe you can share some of your knowledge to lessen my ignorance.
If the speed of light is fixed and the age of the Universe is 13.8 billion years old will you please explain how all of those galaxies are beyond the radius of 13.8 billion light years. If entire galaxies can exceed the speed of light then we can build faster than light space ships and explore the universe.
BTW, since we are also in space can you explain why it appears that all of the trillions of objects within our field of view do not seem to be traveling at the speed of light? If none of the object in view are traveling faster than the speed of light it might mean that we will have to travel at least 13.8 billion light years distance to reach the area where faster than light travel is possible.
It's said that two objects can't occupy the same space at the same time. So if all of the objects in space were collected in a clump like grains of rice in a sack how much space do you think all of that material would take up in light year equivalents? For example, could you clump up all of the objects in space into a sphere with a diameter of say, 5 million light years or would be sphere be much larger or much smaller?
If the speed of light is fixed and the age of the Universe is 13.8 billion years old will you please explain how all of those galaxies are beyond the radius of 13.8 billion light years. If entire galaxies can exceed the speed of light then we can build faster than light space ships and explore the universe.
BTW, since we are also in space can you explain why it appears that all of the trillions of objects within our field of view do not seem to be traveling at the speed of light? If none of the object in view are traveling faster than the speed of light it might mean that we will have to travel at least 13.8 billion light years distance to reach the area where faster than light travel is possible.
It's said that two objects can't occupy the same space at the same time. So if all of the objects in space were collected in a clump like grains of rice in a sack how much space do you think all of that material would take up in light year equivalents? For example, could you clump up all of the objects in space into a sphere with a diameter of say, 5 million light years or would be sphere be much larger or much smaller?
