Research library
Browse the public bibliography by question, author, year or identifier. Each paper connects its physical context to its result, scope and original source; preprints are labelled separately from journal publications.
Sources: the ORCID-linked INSPIRE author record and Zenodo. Updated 25 October 2026. INSPIRE · Zenodo
Relates an entropy-partition memory-saving objective to a free-perimeter-plus-area optimization in the leading Einstein-AdS₃ vacuum RT entropy model, with a controlled ultraviolet error.
Studies a local boundary Ward constraint and two geometric realizations of holographic TT̄-deformed BCFT, with explicit assumptions and matching prescriptions.
This preprint proposes structural conditions for causal consistency in effective island descriptions, distinguishing bulk propagation from nonlocal operator reconstruction.
With Xiao-Shuai Wang and Jie-qiang Wu, this preprint interprets two holographic butterfly-velocity computations using the canonical formalism of gravity.
Developed holographic descriptions of TT̄-deformed boundary conformal field theory and compared their spectra and entanglement observables.
Combined an end-of-the-world brane with a finite holographic cutoff and derived the corresponding lower-dimensional brane-world description by partial reduction.
Derived the JT gravity action from transverse brane fluctuations in a three-dimensional partial-reduction construction and matched island and defect-extremal-surface entropies.
Introduced the defect extremal surface prescription and showed how the boundary quantum extremal surface emerges from a brane-world construction.
Derived Page curves from defect extremal surfaces, established precise agreement with the island formula in AdS₃/BCFT₂, and identified a higher-dimensional difference.