  This essay aims to summarize the main physical features arising from a new
supersymmetric theory of gravitation. Based on preliminary discussions about
classical field theory, cosmology, algebra and group theory, and taking formal
results and theoretical considerations in comparison with several contributions
from great authors, present work deals with gravity inside the limits of a
meta-field theory, that is, a non-quantized but consistent representation of
supergravity, the supersymmetry between gravitons and gravitinos. The
introduction of meta-fields furnishes an independent framework for the study of
gravity despite of constraints of quantization, treating the supersymmetric
partners as deterministic actors of gravitation and not simply probabilistic
entities. I explain my belief that gravitational field, by its own nature, is
not quantizable in the same foot as the other fields, what does not means that
we can not understand gravity by similar formal veins. Also, present work
proposes the implementation of the so-called SCYL program (Supersymmetric
Cosmology at Yonder Locals), an attempt to apply supergravity as a meta-field
theory to solve problems on astrophysical cosmology. The SCYL program is an
effort directed to search convergence between the knowledge brought by
cosmology and by supersymmetry to attain more clearness about the structure and
evolution of the Universe. As an additional motivation, there are some
exercises in the final part of the work to aid fixing of the main concepts.
