"For the first time we can learn about individual stars from near the beginning of time. There are surely many more out there." -Neil Gehrels
We’ve come incredibly far in our quest to learn how the Universe came to be the way it is today. We can see out in space for tens of billions of light years, to galaxies as they were when the Universe was only a few percent of its present age. We can see how galaxies evolve, merge and the stars inside change. And we can see to even before that, when no stars or galaxies existed at all.
But how did we get from there to here? There are still plenty of gaps in the story. We’ve never seen the first stars or galaxies; we’ve never witnessed the start of cosmic reionization; we’ve never seen the star formation rate jump from zero to a real, finite number. Yet with James Webb and WFIRST on the horizon, these gaps in our knowledge may – if we’re lucky – all disappear.
We have known, always, the epoch that came before the first observable stars and galaxies, visible to the naked eye; plain to see in the night-time sky; particularly bright on a moonless night.
No. We don't. There isn't. Not even on a moonless night.