Could “little red dots” and their lesser known cousins, “little blue dots”, be the same astronomical object? Today’s paper puts this recently popular theory to the test by invoking helium reionization...

We still don’t know very much about the mysterious epoch of reionization. In today’s bite, learn about a new way to estimate when reionization started from a correlation drop!

Did you know that many observed black holes theoretically shouldn’t exist? Today’s paper gathers gravitational wave evidence for how these impossible black holes might have formed.

Lenses aren’t always made of glass, sometimes they’re made of dark matter compact objects! Today’s paper explores if and how we can tell primordial black holes apart from dark black holes using gravit...

Today's bite explores if highly magnetic compact objects called magnetars could explain where the observed background of high-energy neutrinos in our Universe comes from!