Name	Name	Last commit message	Last commit date
parent directory ..
README.md	README.md
scalar.m	scalar.m
scalar_polynomial.maple	scalar_polynomial.maple
scalar_polynomial_reduced.maple	scalar_polynomial_reduced.maple
scalar_reduced.m	scalar_reduced.m
scalar_relations.maple	scalar_relations.maple
scalar_relations_reduced.maple	scalar_relations_reduced.maple
scalar_stationary.maple	scalar_stationary.maple
scalar_stationary_reduced.maple	scalar_stationary_reduced.maple
tt.m	tt.m
tt.maple	tt.maple
tt_new.maple	tt_new.maple
tt_polynomial.maple	tt_polynomial.maple
tt_polynomial_reduced.maple	tt_polynomial_reduced.maple
tt_reduced.m	tt_reduced.m
tt_relations.maple	tt_relations.maple
tt_relations_reduced.maple	tt_relations_reduced.maple
vector.m	vector.m
vector_polynomial.maple	vector_polynomial.maple
vector_polynomial_reduced.maple	vector_polynomial_reduced.maple
vector_reduced.m	vector_reduced.m
vector_relations.maple	vector_relations.maple
vector_relations_reduced.maple	vector_relations_reduced.maple

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field-equations

Mathematica and Maple code for inspection of the area metric gravity field equations derived in ../cadabra/.

The Mathematica files *.m are used for constructing a basis of gravitational constants from the entirety of coefficients present in the linearized field equations. The suffix _reduced indicates that the theory has been further reduced (k_14 = 0 and k_16 = ... as consequence of a phenomenological requirement).
The Maple files define (non-redundant subsets of) the field equations for the various modes in fourier space, where a factor a comes from a time derivative and a factor b from a spatial derivative. These are used for investigating the principal polynomial, solving the stationary case, etc.

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