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I Inputs and assumptions:Four physical principles. The basic physical assumptions1) The Gauge principle: All forces are described by gauge fieldsGauge fields: Aa valued in an algebra GGravity: Aa valued in the lorentz group of SU(2) subgroupp form gauge fields Supergravity: Ym is a componen
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1. Physics from Loop Quantum GravityLee SmolinPerimeter Institute I Basic assumptions:
II Basic results and theorems (Alejandro Perezs talk)
III Black holes, horizons and entropy
IV Cosmological results
V Low energy limit and Planck scale phenomenology
VI Unification
Sources: rigorous results: Thiemann: gr-qc/0110034 + CUP R
Rovelli, CUP +http://www.cpt.univ-mrs.fr/~rovelli/rovelli.html
An invitation to loop gravityy hep-th/0408048
review of loops and strings: hep-th/0303185 ls
Spin foam reviews: gr-qc/0301113,gr qc/0106091
53. Some loop quantum gravity people A.Sen
A.Ashtekar
L. Smolin
C. Rovelli
P. Renteln
T. Jacobson
V. Husain
R Gambini
J Pullin
B Bruegmann
R. Loll
F.Markopoulou
J. Samuels
T. Newmann
P Morao
A. Perez
J Iwasaki
A Mikovic
J Wisniewski
C Beetle
B Dettrich
T. Thiemann
J. Lewandowski
J. Morao
E. Hawkins
H. Sahlman
O. Winkler
M. Reisenberger
L. Crane
J. Baez
J. Barrett
R. de Pietro
L. Freidel
K. Krasnov
R. Livine
L. Kauffman
H. Morales-Tecotl
O. Dreyer
C. Soo
S Fairhurst
M Varadarajan
S Speciale