We can see things moving faster than light

but wait so... light always travels the same speed but it's traveling thru space that is expanding... so not only did the source move away from us but also space expanded while the light was headed here. So it should have originally been even closer to us, in light years, than the amount of time it took to get to us, as well! Because of the expansion of space between us and it's original spot! You've got three distances not just two... let it be represented by three pegs that start all on top of one another when the star's light got emitted that we see... Now! ...those three pegs = it's original distance from us ( imaginary origin#1 -- put a white peg in that and keep it the same distance from us at all times - don't let it move with the expansion) ... then you have it's true origin #2, so let it move with expansion (put a red peg in that, as it represents its current position) .. but now make a third peg, yellow... let that peg move with the expansion of space but also make it head toward us at the speed of light. The White peg is closer to us in light years than the amount of years it takes for the yellow peg to reach us. I'm sure they are factoring that in... mind bending...