DARK ENERGY CAN BE REVEALED USING THE 3-COSMIC FRAMEWORK OF A UNIVERSE WITH STRING THEORY
Abstract
Based on the original string theory, the universe’s constitution is nine-dimensional space and one-dimensional time and apply “Anthropic Principle” and “Causality” to deal with space and time, and the universe can be divided into triple cosmoses, which means a 3-cosmic framework of the universe. Between any two cosmoses, except gravitational force, there is no other fundament force that implying dark matter in cosmoses other than ours. Exploring dark matter from the interior of Earth, we found a dark planet inside the Earth but in another cosmos than ours. Based on the data of cosmological parameters from the 1-year WMAP results to Planck Satellite 2018 results, the dark energy gradually decreasing, but the total matter gradually increased at the same value. This phenomenon agrees with the theory of the Big Bang; therefore, we should consider the current dark energy as the residual energy of the universe after the Big Ban. According to the data, the cold dark-matter density gradually increases by approximately 4.3%, which implies that it exists in high-energy-density cosmoses, whereas the baryon density gradually increases by approximately 0.5%, which implies that it exists in our low-energy-density cosmos. Because the high-energy-density cosmoses expands rapidly, their dark matter should subject to a "drag" by gravity on the stars of our cosmos, causing the pulling effect of our cosmos’ expansion to accelerate. The results of this study suggest that the problem of dark energy in astrophysics can be roughly solved
Keywords:
Dark energy, dark matter, string theory, 3-cosmic framework, accelerating universeDownloads
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