The Sixth International School on Field Theory and Gravitation-2012

Loop quantum gravity as an effective theory.- Introduction to multifractional spacetimes.- Effective conformal descriptions of black hole entropy: A review.- Spontaneous dimensional reduction?.- The effective field theory treatment of quantum gravity.- Physics of light.- Aspects of metric-like higher-spin geometry.- RG flows and instantons.- A Z3 generalization of Pauli's principle, quark algebra and the Lorentz invariance.- Emergence of wave equations from quantum geometry.- Equations on knot polynomials and 3d/5d duality.- Structural aspect of gravitational dynamics and the emergent perspective of gravity.- Lorentz connections and gravitation.- Retarded gravitation theory.- The Maxwell and Navier-Stokes equations that follow from Einstein equation in a spacetime containing a Killing vector field.- High energy physics - The large and the small.- Engineering holographic grapheme.- CDT coupled to dimer matter: An analytical approach via tree bijections.- The deformation method and the Backlund Transformations.- Non-linear Abelian gauge model.- On whole Abelian model dynamics.- On vectorial fields as Lorentz specie.- Electromagnetic fields from two potential fields.- Lorentz transformations for whole electromagnetic fields.- Feynman rules for a whole Abelian model.- A whole origin for polarization and magnetization.- Gauge invariance for a whole Abelian model.- On spectroscopy for a whole Abelian model.- On discrete symmetries for a whole Abelian model.- Geometric unification of the fundamental interactions.- Cosmology from Kaluza-Klein gravitational model.- An alternative singularity-free cosmological scenario from cusp geometries.- A new gravitational N-body simulation algorithm for investigation of cosmological chaotic advection.- Spectral dimension flow on continuum random multigraph.