3 research outputs found
Generalized Ideal Gas Equations for Structureful Universe
We have derived generalized ideal gas equations for a structureful universe
consisting of all forms of matters. We have assumed a universe that contains
superclusters. Superclusters are then made of clusters. Each cluster can be
further divided into smaller ones and so on. We have derived an expression for
the entropy of such a universe. Our model is rather independent of the geometry
of the intermediate clusters. Our calculations are valid for a non-interacting
universe within non-relativistic limits. We suggest that structure formation
can reduce the expansion rate of the universe.Comment: 5 pages, typographical errors removed, Two new equations i.e. eqs.
(27) and (28) were added to elaborate an interesting result i.e. hierarchical
structure effects the pressure and thermal energy of the universe
considerably, We have slightly modified the abstract to incorporate the
changes in the text, authers full first names are provide
Generalized Ideal Gas Equations for Structureful Universe
We have derived generalized ideal gas equations for a structureful universe consistingof all forms of matters. We have assumed a universe that contains superclusters. Superclusters arethen made of clusters. Each cluster can be further divided into smaller ones and so on. We havederived an expression for the entropy of such a universe. Our model is rather independent of thegeometry of the intermediate clusters. Our calculations are valid for a non-interacting universewithin non-relativistic limits. We suggest that structure formation can reduce the expansion rateof the universe