Modeling the Honeycomb Lattice as a Constrained Spin Network

This paper proposes a novel way to model the Honeycomb Unit (HU) from the Honeycomb model as a constrained spin network node, blending the geometric rigidity of the HU with the algebraic flexibility of Loop Quantum Gravity (LQG). It discusses how variable edge lengths can encode curvature while preserving the HU's internal 4:1 volume ratio, potentially offering a visual and conceptual bridge between geometric and algebraic approaches to quantum gravity.I have no website or social media presence. If you wish to contact me you can drop me an email at: [e-mail]