The structures in the universe usually group as they are observed today, in forms such as “walls of galaxies”, hollow spheres and cosmic foam. An interpretation of the origin and evolution of the structures is given...The structures in the universe usually group as they are observed today, in forms such as “walls of galaxies”, hollow spheres and cosmic foam. An interpretation of the origin and evolution of the structures is given by a solution of bosonic membranes, which agrees well with the astronomical surveys.展开更多
We discuss the formation of matter structures in the Universe,and show that spherical Higgs bosonic membranes were possibly produced homogeneously in the early Universe and expanded rapidly.After a period of evolution...We discuss the formation of matter structures in the Universe,and show that spherical Higgs bosonic membranes were possibly produced homogeneously in the early Universe and expanded rapidly.After a period of evolution,the composition of the membranes began to change,the massive particles replaced the imaginary Higgs bosons through the Higgs mechanism,while the energy came from the Universe expansion.After that,the membranes reduced their speed and broke into pieces,which became the seeds of matter structures.It is proven that microscopic principles may affect the formation of large-scale structures,and the formation of structures such as cosmic foam is also possible.展开更多
In this work the Einstein gravitational field equations and the Lichnerowicz boundary formalism in the extra dimensions are used to build up our black hole model from 6-dimensional space-time. From the internal stress...In this work the Einstein gravitational field equations and the Lichnerowicz boundary formalism in the extra dimensions are used to build up our black hole model from 6-dimensional space-time. From the internal stress-energy tensor the solutions with energy levels and semiclassical space-quantization are obtained, which combines with only one metric condition outside the defect. We show a new type of energy source, which originates from extra dimensions. A part of the energy source of quasi-stellar object (QSO) maybe come from extra dimensions in that way. The theoretical arithmetic upper limit is identical to that of the output energy of QSO.展开更多
基金the Science and Technology Foundation of Guizhou Province under Grant No.1998-3002.
文摘The structures in the universe usually group as they are observed today, in forms such as “walls of galaxies”, hollow spheres and cosmic foam. An interpretation of the origin and evolution of the structures is given by a solution of bosonic membranes, which agrees well with the astronomical surveys.
文摘We discuss the formation of matter structures in the Universe,and show that spherical Higgs bosonic membranes were possibly produced homogeneously in the early Universe and expanded rapidly.After a period of evolution,the composition of the membranes began to change,the massive particles replaced the imaginary Higgs bosons through the Higgs mechanism,while the energy came from the Universe expansion.After that,the membranes reduced their speed and broke into pieces,which became the seeds of matter structures.It is proven that microscopic principles may affect the formation of large-scale structures,and the formation of structures such as cosmic foam is also possible.
文摘In this work the Einstein gravitational field equations and the Lichnerowicz boundary formalism in the extra dimensions are used to build up our black hole model from 6-dimensional space-time. From the internal stress-energy tensor the solutions with energy levels and semiclassical space-quantization are obtained, which combines with only one metric condition outside the defect. We show a new type of energy source, which originates from extra dimensions. A part of the energy source of quasi-stellar object (QSO) maybe come from extra dimensions in that way. The theoretical arithmetic upper limit is identical to that of the output energy of QSO.
