Event-Symmetric Physics

Abstract

I examine various aspects of event-symmetric physics such as phase changes, symmetry breaking and duality by studying a number of simple toy-models.

37 pages, TeX

References in corpus (15)

• A Model of Three-Dimensional Lattice Gravity
• Discrete differential calculus, graphs, topologies and gauge theory
• Quantum Gravity, the Origin of Time and Time's Arrow
• The Origin of Time Asymmetry
• Differential calculus and gauge theory on finite sets
• Dynamical Origin of the Lorentzian Signature of Spacetime
• Why is Spacetime Lorentzian?
• Nonlocality as an Explanation for Finetuning and Field replication in Nature
• Supermatrix Models
• Dynamical Generation of Spacetime Signature by Massive Quantum Fields on a Topologically Non-Trivial Background
• Symmetry in the Topological Phase of String Theory
• Models on Event Symmetric Space-Time
• Vortex condensation in a model of random ${\varphi }^4$-graphs
• MATRIX MODELS FOR SPACETIME TOPODYNAMICS
• Frustrating and Diluting Dynamical Lattice Ising Spins

Cited by in corpus (1)

• The Small Scale Structure of Space-Time: A Bibliographical Review