An invitation to loop quantum gravity

Keywords

Loop quantum gravity, Quantum gravity, Physics, Spin foam, Loop quantum cosmology

References

• Physical effects of the Immirzi parameter in loop quantum gravityAlejandro Pérez, Carlo Rovelli — 2005
• Holography in a quantum spacetimeFotini Markopoulou, Lee Smolin — 1999
• A Finiteness proof for the Lorentzian state sum spin foam model for quantum general relativityLouis Crane, Alejandro Pérez, Carlo Rovelli — 2001
• Supermatrix models for M-theory based on osp(1|32, R)Maxime Bagnoud, Luca Carlevaro, Adel Bilal — 2002
• Time, measurement and information loss in quantum cosmologyLee Smolin — 1993
• Background Independent Quantum Field Theory and the Cosmological Constant ProblemOlaf Dreyer — 2004
• On the counting of black hole states in loop quantum gravitySergey Alexandrov — 2004
• On Quantum Statistical Mechanics of a Schwarzschild Black HoleKirill Krasnov — 1996
• An algebraic approach to coarse grainingFotini Markopoulou — 2000
• String quantization: Fock vs. LQG RepresentationsRobert C. Helling, Giuseppe Policastro — 2004
• Introduction to Modern Canonical Quantum General RelativityThomas Thiemann — 2001
• Quantum gravity and cosmologyL. Mannelli — 2005
• The geometry of three-forms in six and seven dimensionsNigel Hitchin — 2000
• New perspectives in canonical gravityAbhay Ashtekar — 1988
• A New Approach to the Geometrization of MatterLouis Crane — 2001
• Statistical geometry of random weave statesL. Bombelli — 2001
• Stringent limits on the existence of Planck time from stellar interferometryRichard Lieu, Lloyd W. Hillman — 2002
• Notes for a brief history of quantum gravityCarlo Rovelli — 2000
• Lectures on Non-Perturbative Canonical GravityAbhay Ashtekar — 1991
• String theory in a vertex operator representation: a simple model for testing loop quantum gravityArtem Starodubtsev — 2002

Cited by

• The polymer quantization in LQG: massless scalar fieldMarcin Domagała, Michał Dziendzikowski, Jerzy Lewandowski — 2012
• Electronic properties of two-dimensional carbon systemsFaris Mohammed — 2012
• Conformal Field Theory and D-branesAlbrecht Wurtz — 2006
• Loop quantum cosmology and the k = - 1 RW modelKevin Vandersloot — 2006
• Geometric and Combinatorial Aspects of NonEquilibrium Statistical MechanicsMatteo Polettini — 2012
• Studies in relativity and quantum information theoryMaki Takahashi — 2013
• Quantum detectors and vacuum correlations in space and time: theoretical results and simulation proposalsMarco del Rey Zapatero — 2014
• Primordial Hot Evolving Black Holes and the Evolved Primordial Cold Black Hole UniverseU. V. S. Seshavatharam, S. Lakshminarayana — 2015
• κ-Rindler spaceJerzy Kowalski-Glikman — 2009
• Emergence of non-gravitational fields in dimensional reduction of 4d spin foam modelsSomayeh Fani, Kamran Kaviani — 2011
• GENES AND MEMESMatti Pitkänen — 2018
• On Hawking radiation and the Casimir effect.Darragh. Rooney — 2005
• Aspectos da Torção nas Teorias Quânticas da GravidadeRafael Nardi — 2014
• Loop Quantum Cosmology from Loop Quantum GravityEmanuele Alesci, Francesco Cianfrani — 2014
• Aspects of gravity in quantum field theoryTing-Cheng Yang — 2014
• Relational evolution of a simple quantum Hamiltonian modelDaniele Colosi — 2007
• Implications of Strong Gravimagnetism for TGD Inspired Quantum BiologyMatti Pitkänen — 2014
• Space and Particles at the Planck ScaleTomasz Konopka — 2007
• Toolbox for reconstructing quantum theory from rules on information acquisitionPhilipp Andres Höhn — 2014
• Matrix elements of Lorentzian Hamiltonian constraint in loop quantum gravityEmanuele Alesci, Klaus Liegener, Antonia Zipfel — 2013

Related papers

• Regge gravity from spinfoamsElena Magliaro, Claudio Perini — 2011
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• Spinfoam Models for Quantum Gravity: OverviewEtera R. Livine — 2024
• Spin Foam Models for Quantum Gravity and semi-classical limitMaïté Dupuis — 2011
• A Review of Loop Quantum GravityLong Yun — 2008
• Covariant Loop Quantum Gravity: An Elementary Introduction to Quantum Gravity and Spinfoam TheoryCarlo Rovelli, Francesca Vidotto — 2014
• Evaporation Spectrum Of Black Holes From A Local Quantum Gravity Perspective, Nonperturbative Two-Dimensional Quantum Gravity, Quantum Gravity At A Lifshitz Point, Some Conceptual Issues In Loop Quantum CosmologyK.N.P. Kumar — 2013