Everettian quantum mechanics presents a choice; wave function or density matrix realism, affecting how decoherence, branching, and the born rule are understood.

Explore the debates surrounding scientific realism and the empirical equivalence between different interpretations.

Explore the various programs proposing justifications for the Born rule in Everettian quantum mechanics.

Explore how quantum interference manifests differently in pure and mixed-state multiverses, shedding light on the dynamics of branching.

Discover how density matrix realism reshapes our understanding of quantum states in the multiverse.

Gain insights into the impact of higher derivative terms, the behavior of Hartman-Maldacena-like and island surfaces, and the hierarchy of entanglement entropy.

Dive into the intricate world of black hole islands within Schwarzschild de-Sitter spacetimes, uncovering their relevance to the information paradox and their i

Learn about multiverses constructed from Karch-Randall braneworlds, investigating the rise of interconnected universes through transparent boundary conditions.

Discover future prospects in addressing complexity growth and the intriguing "grandfather paradox."

Explore the implications of higher derivative gravity on Page curves and unravel the mysteries of entanglement entropy in the M-theory dual of thermal QCD.

Explore the implications of higher derivative gravity on Page curves and unravel the mysteries of entanglement entropy in the M-theory dual of thermal QCD.