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This article shows in detail the computations made for the poster presentedat the Symposium "Frontiers of Fundamental Physics" in July 2014. As was shownin a previous publication, a quantum gravity formulation exists on the basis ofabstract quantum number conservation, the laws of thermodynamics, unspecificinteractions, and locally maximising the ratio of resulting degrees of freedomper imposed degree of freedom of the theory. The first law of thermodynamicswas evaluated by imposing boundary conditions on small volumes of optimiseddimension (3+1). As a consequence, no explicit microscopic quantum structurewas required in order to recover all well established physics as special cases(Quantum Field Theory, QFT, and General Relativity, GR) and compute allmeasurable quantities. This article presents the generalised action in terms oftetrads and shows how this action may be related to the spin of generalisedmatter fields, especially for fermionic matter.

Spin-compatible construction of a consistent quantum gravity model from minimum information