I have a question. With space expanding faster than the speed of light, does a photon moving through space move in what a removed observer would see as a straight line, or is a photon moving through space affected by the expansion of space (ie, a straight line through expanding space, which to a removed observer would not appear straight?), and is this taken into account in observations of distant objects. Why or why not is light affected by expanding space?

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"I have this theory that the Apollo missions were faked when NASA found out that general relativity was wrong because the Earth was expanding due to the Sun's iron core being influenced by magnetic waves from the electric universe after being perturbed by Planet X and thereby causing global warming. Where should I start a thread about this?" ~ ToSeek

"Those are the people that wonder how a thermos knows whether to keep something hot or keep something cold." ~ NeoWatcher