The present report corresponds to Deliverable D2.5 and provides a systematic evaluation of the applicability of the noncommutative Ryu–Takayanagi prescription to the information loss paradox, incorporating the effects of spacetime noncommutativity.
We are happy to share that our latest research paper has been published in Physics Letters B.The paper presents new results developed within the HINT project and contributes to ongoing research at the intersection of quantum theory and gravity. 🔗 Read the paper here.
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We’re excited to share that our HINT team members Dušan Đorđević and Dragoljub Gočanin (PI) have co-authored a new research paper: Rotating frames from quantum deformed spacetime (https://arxiv.org/abs/2507.11637). In this work, the authors explore a specific relation between noncommutative (NC) twist deformations and reference frame transformations. In particular, they have shown that, when it comes
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We’re excited to announce that our team member Ana Đorđević has authored a new research paper: Symmetry-based theory of Dirac fermions on two-dimensional hyperbolic crystals: Coupling to the spin connection (https://arxiv.org/abs/2507.08276) In this work, Ana investigates discrete fermionic and bosonic models on hyperbolic lattices, inspired by recent experimental realizations of hyperbolic crystals. While these models
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This document constitutes Deliverable D2.3 and presents the holographic description of five-dimensional noncommutative Chern–Simons gravity solutions with torsion.
The present report corresponds to Deliverable D1.5 and provides a detailed investigation of the island formula within the AdS/BCFT framework, focusing on the implications of non-unitarity in the dual CFT associated with 5D Chern–Simons gravity.
We’re thrilled to share our latest research, now available on arXiv: “Riemann-Cartan holography and conductivity”. In this paper, we generalize the usual holographic duality setup by introducing a Riemann-Cartan bulk with non-trivial torsion. We investigate how torsion, which induces spin currents at the boundary, affects the boundary theory’s conductivity. Our findings suggest that non-minimal couplings
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In this deliverable, we investigate how the presence of torsion modifies the geometric prescription for holographic entanglement entropy and analyze the resulting corrections to the standard Ryu–Takayanagi framework. Our report can be find on the following link.
In this deliverable, we investigate how the presence of torsion modifies the geometric prescription for holographic entanglement entropy and analyze the resulting corrections to the standard Ryu–Takayanagi framework. Find out more on the following link.
Our first paper, “Boundary terms, branes, and AdS/BCFT duality in first-order gravity,” has been published in Physical Review D. This is a significant step forward for our research, and we are motivated to continue with our calculations after a short spring break.
