Paper 43 Quantizing Angular Strain in a Discrete Coherent Spacetime

This paper extends the coherence-based quantum field theory introduced in Paper 42 by formulating a discrete quantization framework for angular strain [6] within the Holosphere lattice. We define field operators that emerge from quantized phase excitations around vacancy defects and derive their commutation relations from orbital coherence overlap. This discrete model enables a reinterpretation of particle states as quantized angular strain patterns, introduces coherence-based vacuum energy contributions, and provides an operator formalism compatible with both standard and exotic field behavior in a finite, structured spacetime.