We present a class of mappings between the fields of the Cremmer-Sherk and pure BF models in 4D. These mappings are established by two distinct procedures. First a mapping of their actions is produced iteratively resulting in an expansion of the fields of one model in terms of progressively higher derivatives of the other model fields. Secondly an exact mapping is introduced by mapping their quantum correlation functions. The equivalence of both procedures is shown by resorting to the invariance under field scale transformations of the topological action. Related equivalences in 5D and 3D are discussed. A cohomological argument is presented to provide consistency of the iterative mapping.
The tripod guide of the actions of the Federal University of Mato Grosso do Sul Foundation (UFMS) is based on management, innovation and sustainability, in order to develop and improve its activities in the environmental, social and governance spheres. Sustainability has been consolidated in the main normative and guiding instruments of the institution. It is intended with this article to describe and present the normative framework of UFMS focused on sustainability. To this end, the specific objectives are the analysis of the norms related to the theme, starting with Statute, the institution’s highest law, which establishes the general rules of operation to be fulfilled by the university community, as well as sustainable development has become part of the UFMSs purposes and objectives, and the promotion of sustainability, one of its responsibilities. In addition, other tools were also modernized and will be analyzed, such as the Institutional Development Plan integrated with the Institutional Pedagogical Project, the Sustainable Logistics Management Plan, the Solid Waste and Health Services Management Planand the Sustainability Policy, this the latter based on principles and objectives that align with the United Nations 2030 Agenda for Sustainable Development and Social Responsibility Guidelines. These normative instruments solidify UFMS’s commitment to sustainability, providing the legal basis for its actions. As for the methodology, it is descriptive research, with a qualitative approach through bibliographic and documentary research. It is concluded that it ispossible to contribute to educational institutions interested in implementing and consolidating sustainable development institutionally through the evolutionary exposition of the main normative acts developed by UFMS
We present a class of mappings between models with topological mass mechanism and purely topological models in arbitrary dimensions. These mappings are established by directly mapping the fields of one model in terms of the fields of the other model in closed expressions. These expressions provide the mappings of their actions as well as the mappings of their propagators. For a general class of models in which the topological model becomes the BF model the mappings present arbitrary functions which otherwise are absent for Chern-Simons like actions. This work generalizes the results of [1] for arbitrary dimensions. *
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