Holographic AME states in black hole interiors

We investigate the structure of quantum states and Hilbert spaces when a holographic screen lies behind the event horizon in AdS black holes. Motivated by recent developments in generalized holographic dualities, such as those induced by TTbar deformations and their variants, we explore how these setups suggest novel interior descriptions. In particular, we argue that a certain time slice in the AdS eternal black hole geometry corresponds holographically to a version of an absolutely maximally entangled (AME) state. We further discuss the connection of our proposal with recent progress in holographic code models.