The Theory of Michronics: Chronons and Torsion
The Theory of Michronics: Chronons and Torsion
This work is presented into two parts - the Main Paper and the Rigour Addendum - for digestibility. This work specifies discriminating observables and scaling relations. Numerical magnitudes depend on experimental calibration of (mχ,g)(m_\chi, g)(mχ,g) and are deferred.
Lattice field theory, Graph Hamiltonian, SU(2) holonomy, Antisymmetric tensor fields, Continuum limit, Effective field theory, Scaling relations, Chronon, Discrete time, Torsion field, Graph-based field theory, Emergent geometry, Time as information, Discrete spacetime, Non-metric gravity, Pre-geometric models, Update dynamics
Lattice field theory, Graph Hamiltonian, SU(2) holonomy, Antisymmetric tensor fields, Continuum limit, Effective field theory, Scaling relations, Chronon, Discrete time, Torsion field, Graph-based field theory, Emergent geometry, Time as information, Discrete spacetime, Non-metric gravity, Pre-geometric models, Update dynamics
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