There is 3-Cosmic Framework in the Universe：Including Dark Matter and Dark Energy


	Based on String theory, there is a 3-cosmic framework of the Universe, which has triple cosmoses in the whole of space that can find a dark planet, which is about 1.33 times the mass of Mars, located inside the Earth, but in the other cosmos than ours. Based on the data of the cosmological parameters from the first year of WMAP observations to the Planck satellite observations in 2018, it can be speculated that the current dark energy should be taken as the residual energy of the Universe today after the Big Ban. Due to the rapid expansion of other high-energy-density cosmoses, its dark matter should exert a gravitational pull on the stars of our low-energy-density cosmos that causes the effect of accelerating the expansion of our cosmos.


	目錄 PREFACE Chapter 1. The Universe is full of dark matter The Universe is full of invisible objects Dark matter does exist and is full of the Universe Dark matter is formed by the type of cold dark matter model Most baryons in the Universe are missing Detecting residual cosmic radiation heat reveals many invisible objects Chapter 2. conjectures and observations of dark matter Interpretation and detection of dark matter in astrophysics The dark matter records of astronomical observation in the Solar System 1. From old data of Comet Halley's period scientist predicted an invisible planet X 2. A proposed dark planet X may affect the motion of Neptune and Uranus 3. Pioneers 10 and 11 were pulled back to the direction of the Sun The existence of the dark matter in the Universe 1. An invisible companion star of Cygnus X-1 may be a dark matter 2. Dark matter may be in Hyades supercluster Chapter 3. Field theories of microscopic and macroscopic worlds The space-time of human activity is four dimensions The general profile of String Theory Unified field theory Supersymmetry Theory intervenes Introduction to Superstring Theory Space-time of Superstring Theory Superstring Theory was ruled out Chapter 4. The spacetime of String Theory in the Universe Based on String Theory the Universe is a framework of 10-dimensional space-time 9-dimensional space of the Universe is no way to break down into 3 dimensions Scientists suggested extra dimensions of space just like our ordinary 3-dimensional view According to inflation theory the Universe can become a multiverse Scientists devised a theory of the multiverse The Universe should be 3-cosmic framework from Causality and Anthropic Principle Chapter 5. Compact objects of the other cosmoses are all our dark matter The multiverse can contain dark matters Compact objects of the other cosmoses are pulling stars of ours accelerating expansion The CMB cold spot may be first hard evidence for multiverse Chapter 6. Exploring dark matter from the geophysics Discrepancies in the normal structure of the Earth Arguments on the topic of the CMB 1. The CMB is the boundary of Ramsey's phase-change not silicates and iron core interface 2. Bulk modulus keeps constant that density distribution should be continuous at the CMB 3. Seismic reflection amplitudes show only a phase-change at the CMB 4. The outer core is mainly composed of iron that is just an assumption There were two different views in the CMB The proportion of the quantity of iron in the core is not reasonable Chapter 7. Study on structural model of the Earth in the CMB Subjects of the model of thermal plume and plate tectonics still cause much debate The heat flow of the Earth’s interior is energized by the heat emitted from the core The heat flow is estimated in the interior of the Earth The topographic map of CMB shows a height difference of more than 10 kilometers The CMB topography reveals both sides may be the same materials Platinum coming all the way from the core to the ground shows a single convection cell A natural nuclear fission reactor was found near the Earth’s center An 8 km diameter natural fission reactor at the Earth’s center generates the fission heat Chapter 8. There are some different perceptions in the core The heat flow of the outer core generates the geomagnetic secular variation The heat flow of core becomes the geo-dynamo of great convection cell The inner core should not be a rigid sphere There are some arguments at the inner core boundary Scientists suggested the density jump at the ICB The great convection cells make the CMB topography Oxidation-reduction reactions take place in the F-layer of the outer core Chapter 9. Based on the new Earth model calculates the Earth’s data A simplified method is applied to calculate the data of the Earth Insufficient numerical values are calculated from proposed curves of density in the core The gravity center of dark planet should coincide with the Earth To calculate the data of dark planet inside the Earth Comparing the gravity and the pressure of the new Earth model with the PREM Chapter 10. The new Earth model develops a dark planet inside the Earth The new Earth model can explain a dark planet in the cosmos other than ours The dark planet should be proved by Chandler wobble The new try can break the bottlenecks of research in geophysics and astrophysics Chapter 11. The Universe fits in with the Big Bang Theory There are 2 models of the Universe The nascent Universe after the Big Bang The spacetime of the Big Bang Theory Chapter 12. The Universe is always accelerating expansion Red shift light denotes galaxies of the Universe expansion Measuring the brightness of Cepheid variable stars found the expanding Universe Observing type 1a supernovae found the accelerating expansion of the Universe Acceleration of the Universe expansion is thought dark energy existing Dark matter and dark energy dominate the fate of the Universe Chapter 13. Dark energy is the current residual energy in the Universe Dark energy should be the residual energy of the Universe after Big Bang The 3-cosmic framework of the Universe can hold dark energy The Universe will collapse in a "Big Crunch" due to the gravity Dark matter drags our cosmos expansion at an accelerated pace Ending REFERENCES SUBJECT INDEX APPENDICES