
The
Statistical Footprints of Quantum Gravity © Mohammad H. Ansari 2008 Deprtment of Physics and Astronomy 
[5]
“Area, ladder symmetry, degeneracy, and fluctuations of a horizon” M.
Ansari, [0711.1879 hepth] On:
An additional quantum correction on the radiation of a quantum horizon
through loop quantum gravity. Acknowledgment: MA thanks to Jacob Bekenstein and Viatcheslav
Mukhanov for extensive comments. Trackbacks: IOP citations [4]
“Spectroscopy of a canonically quantized horizon.” M.
Ansari, NPB
738:179212, 2007, [hepth/0607081] On:
Introducing ladder symmetry, Modification of the black hole radiation from
the area fluctuations of hole horizon. Acknowledgment: MA thanks to Jacob Bekenstein and Viatcheslav
Mukhanov for extensive comments. Trackbacks: IOP citations 5
“Spin Foam Models: the Dynamics of Quantum Geometry” by Laurent Freidel
and James Ryan, Class. Quantum Grav. 25 114004 (2008) 4 “Black Hole Radiation Spectrum in LQG: Isolated Horizon Framework” by J. DiazPolo and F. FernandezBorja Class Quant Grav 25 105007 (2008) 3 “Toward
explaining black hole entropy quantization in loop quantum gravity” by Hanno
Sahlmann
Phys. Rev. D 76, 104050 (2007) 2
“Quantum Gravity Faces Reality” by Lee
Smolin,
Physics
Today 59 Nov 44 (2006) [3]
“Generic degeneracy and entropy in loop quantum geometry.” M.
Ansari, NPB
795, 635644,2008 [grqc/0603121] On:
Reveals the generic degeneracy of area states in loop quantum gravity that
verifies BekensteinHawking Entropy. Acknowledgment: MA thanks to Lee Smolin. Trackbacks: IOP citations 2
“PhaseSpace and Black Hole Entropy of Higher Genus Horizons in LQG” by Kloster,
Brannlund, DeBenedictis,
Class. Quant Grav. 25 065008 (2008) 1
“Quantum Gravity Faces Reality” by L.
Smolin,
Physics
Today 59 Nov 44 (2006) [2]
“A Statistical formalism of causal dynamical triangulations.” M.
Ansari, F. Markopoulou. NPB
726: 494509,2005 [hepth/0505165] On:
A novel statistical mechanics for Causal Dynamical Triangulations and its RG
transformation limits. Acknowledgment: Authors thank to Lee Smolin, MA thanks to Ali Tabei
for discussions. Trackbacks: IOP citations 2
“Emergence of Chiral Matter from Quantum Gravity”
by L. Smolin [1]
“Self organized criticality in loop quantum gravity.” M.
Ansari, L. Smolin, Class. Quantum
Grav. 25, 095016, 2008  [hepth/0412307] On: Emergence of spacetime from SelfOrganized
Criticality on spin networks. Acknowledgement: Authors thank to Maya Paczuski and Marco Baiesi for discussions. Trackbacks: IOP citations 6 “SOC
and Gravity” by
R. Alamino (web)
5 “Selforganized
critical behavior: the evolution of frozen spin networks model in quantum
gravity” by J.
Z. Chen, J. Y. Zhu grqc/0701175 4 “Critical Phenomena”
Bombelli
(web)
3 “Selforganization” Wiki
(web) 2
“Testing Quantum Gravity with GLAST” by
Jeff Scargle (Slides)
1 “An
invitation to loop quantum gravity” L. Smolin arXiv:hepth/0408048 
