The workshop is organised within the framework of the ESF research network Quantum Geometry and Quantum Gravity, coordinated by John Barrett and Hermann Nicolai - see http://www.maths.nottingham.ac.uk/qg for further information about the network.

SUNDAY 28 II, Spin foam models

• Roberto Pereira: The new SF models
• Wojciech Kamiński: The EPRL intertwiners and correct partition function
• Benjamin Bahr: Knotting in the new SF models
• Florian Conrady: SF model for general Lorentzian geometries
• Aristide Baratin: Group field theory in non-commutative metric variables

MONDAY 1 III,LQG dynamics

• Thomas Thiemann: LQG dynamics
• Kristina Giesel: Gravity, fields, semiclassical limit
• Marcin Domagała: Gravity coupled to scalar field
• Jorge Pullin: Spherically symmetric LQG
• Diana Kaminski: Holonomy grupoid formulation of LQG
• Johannes Tambornino: The flux representation for LQG

TUESDAY 2 III,LQG and more

• Carlo Rovelli: SF give a new dynamics to Canonical LQG
• Bianca Dittrich: Diffeomorphism in discrete gravity
• James Ryan: Phase space of discrete BF theory and LQG
• Jesper Grimstrup: Coupling fermions to LQG by using the non-commutative spectral action
• Yongge Ma: Emergence of scalar matter from spinfoam model

WEDNESDAY 3 III,Continuum/Semiclassical Limits

• Lorenzo Sindoni: Continuum approximation of microscopic quantum dynamics: lessons from condmat systems and analog gravity models
• Frank Hellmann: the asymptotics of spin foam models
• Etera Livine: U(N) structure of LQG states and its implications for semiclassical limit
• Florian Girelli: Semi-classical spaces and spinfoams: facts and questions
• Benjamin Bahr: LQG coherent states
• Claudio Perini: Relation between LQG and SF coherent states

THURDAY 4 III,LQG/SF

• Lionel Mason: Twistors and Feynman amplitudes
• Abhay Ashtekar: Closing/summary/future directions talk
• Madhavan Varadarajan: Polymer quantization
• Adam Henderson: What LQC tells us about the relation between LQG and SF
• Martin Bojowald: Effective dynamics