outra Física

Da reacção à versão anterior do Abstract concluí que ele precisava de ser melhorado, tornado mais claro. Com a colaboração e a orientação recebida por email, está agora assim:

Generalizing Relativity Principle to Comoving Coordinates allows the fitting of cosmic data with no dark matter or dark energy

The standard space expansion model considers two kinds of coordinates: the atomic coordinates, where the validity of the Relativity Principle is established, having the length unit defined from atomic properties, and the comoving  coordinates, where space expansion is null. In atomic coordinates Space expands, in comoving ones Matter decreases, evanesces.  In this work, as there is no observational evidence indicating that one of these coordinate systems should be any better at supporting physical laws, we postulate that Relativity Principle must hold in both systems. From this postulate we derive a model that fits both cosmic and local data with the same physical laws, needing no new parameters besides Hubble constant, namely no dark matter or dark energy. We also extend the generalization of the Relativity Principle to a more general, new kind of coordinates - the Field coordinates – of which the atomic and the comoving systems are just two particular cases.

       The generalization of the Relativity Principle presented here does not conflict with established theories, namely Special or General Relativity. It is presented a prediction that can be experimentally tested: an acceleration component in the rotation of isolated bodies. New results are obtained, such as the long-term evolution of Earth temperature.

Já a seguir vem a Introdução, que espero ajude a tornar mais claro o enquadramento da análise