Black holes make a special kind of "quantum glue" that you won't find anywhere else in the universe.
April 3, 2026
Original Paper
Emergence of volume-law scaling for entanglement negativity from the Hawking radiation of analogue black holes
arXiv · 2604.02075
The Takeaway
This research shows that the radiation coming from a black hole creates a specific type of entanglement that fills volume rather than just a surface. Remarkably, we can now test this 'impossible' physics using simulations and cold-atom experiments right here on Earth.
From the abstract
The quantum information content of Hawking radiation holds the key to understanding black-hole evaporation and the fate of unitarity. Motivated by recent advances in cold-atom experiments, we develop a lattice-regularization approach aimed at simulating the coarse-grained entanglement scaling of a quantum field in a 1+1D analogue black-hole background. We provide the first concrete demonstration that logarithmic negativity -- an entanglement monotone that typically exhibits a UV-divergent log-sc