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[ ] Entanglement entropy of physical states in...
arxiv.org
Title:Entanglement entropy of physical states in hypercuboidally truncated spin foam quantum gravity. Authors:Benjamin Bahr · Download PDF.
Holonomy spin foam models: Definition and coarse graining
journals.aps.org
von B Bahr · · Zitiert von: 88 — Benjamin Bahr, Bianca Dittrich, Frank Hellmann, and Wojciech Kaminski. Phys. Rev. D 87, – Published 22 February von B Bahr · · Zitiert von: 5 — Benjamin Bahr and Giovanni Rabuffo. Phys. Rev. D 97, – Published 19 April · Phys. Rev. D 97, – Published 19 April › doi › PhysRe...
Phys. Rev. D 97, (2018) - Deformation of the...
journals.aps.org
Deformation of the Engle-Livine-Pereira-Rovelli spin foam model by a cosmological constant. Benjamin Bahr and Giovanni Rabuffo. Phys. Rev.
Discretisations, Constraints and Diffeomorphisms in Quantum Gravityarxiv.org › gr-qc
arxiv.org
· From: Benjamin Bahr [view email] [via SIGMA proxy] [v1] Tue, 8 Nov :05:25 UTC (80 KB) [v2] Sun, 8 Jan :56:36 UTC (52 KB).
Volume simplicity constraint in the Engle-Livine-Pereira-Rovelli spin ...link.aps.org › doi › PhysRevD
journals.aps.org
· Volume simplicity constraint in the Engle-Livine-Pereira-Rovelli spin foam model. Benjamin Bahr and Vadim Belov. Phys. Rev.
Hypercuboidal renormalization in spin foam quantum gravityarXiv
arxiv.org
von B Bahr · · Zitiert von: 66 — Title:Hypercuboidal renormalization in spin foam quantum gravity. Authors:Benjamin Bahr, Sebastian Steinhaus. Download a PDF of the paper ...
Perfect discretization of reparametrization invariant path integralslink.aps.org › doi › PhysRevD
journals.aps.org
· Perfect discretization of reparametrization invariant path integrals. Benjamin Bahr, Bianca Dittrich, and Sebastian Steinhaus. Phys. Rev.
On knottings in the physical Hilbert space of LQG as given by arXivarxiv.org › gr-qc
arxiv.org
· From: Benjamin Bahr [view email] [v1] Thu, 3 Jun :23:37 UTC (65 KB). Full-text links: Access Paper: Download a PDF of the paper titled ...
Phys. Rev. Lett. 117, (2016) - Numerical Evidence for a...
journals.aps.org
Numerical Evidence for a Phase Transition in 4D Spin-Foam Quantum Gravity. Benjamin Bahr and Sebastian Steinhaus. Phys. Rev. Lett
[ ] Deformation of the EPRL spin foam model by a...
arxiv.org
Authors: Benjamin Bahr, Giovanni Rabuffo. (Submitted on 5 Mar 2018). Abstract: In this article, we consider an ad-hoc deformation of the EPRL model for ...
Towards a cosmological subsector of spin foam quantum gravitylink.aps.org › doi › PhysRevD
journals.aps.org
· Towards a cosmological subsector of spin foam quantum gravity. Benjamin Bahr, Sebastian Klöser, and Giovanni Rabuffo. Phys. Rev.
On background-independent renormalization of spin foam modelsarxiv.org › gr-qc
arxiv.org
· From: Benjamin Bahr [view email] [v1] Tue, 29 Jul :53:52 UTC (1,192 KB) [v2] Tue, 9 Sep :53:35 UTC (1,192 KB).
[ ] Renormalization of symmetry restricted spin foam models...
arxiv.org
Authors:Benjamin Bahr, Giovanni Rabuffo, Sebastian Steinhaus. (Submitted on 30 Mar (v1), last revised 10 Jan (this version, v3)). Abstract: We study ...
[ ] Volume of 4-polytopes from bivectors
arxiv.org
Authors:Benjamin Bahr. (Submitted on 29 Aug 2018). Abstract: In this article we prove a formula for the volume of 4-dimensional polytopes, in terms of their face ...
Coarse graining free theories with gauge symmetries: the linearized ...arxiv.org › gr-qc
arxiv.org
· From: Benjamin Bahr [view email] [v1] Tue, 16 Nov :11:21 UTC (35 KB) [v2] Thu, 31 Mar :00:39 UTC (36 KB). Full-text links: ...
[ ] On the volume simplicity constraint in the EPRL spin...
arxiv.org
Authors: Benjamin Bahr, Vadim Belov. (Submitted on 17 Oct 2017). Abstract: We propose a quantum version of the quadratic volume simplicity constraint for the ...
[ ] Numerical evidence for a phase transition in 4d spin...
arxiv.org
· Submission history. From: Benjamin Bahr [view email] [v1] Tue, 24 May :30:14 UTC (222 KB) [v2] Wed, 12 Oct :07:10 UTC (120 KB).
[ ] Towards a Cosmological subsector of Spin Foam Quantum...
arxiv.org
· Title:Towards a Cosmological subsector of Spin Foam Quantum Gravity. Authors:Benjamin Bahr, Sebastian Kl oser, Giovanni Rabuffo.
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