Universes are Black Holes III - Dark Energy and Dark Matter Solved

The “Universes are Black Holes” book series is truly groundbreaking. It comprises four volumes with subtitles: I - Space, Time and World Membranes; II - Gravitation in a New Perspective; III - Dark Energy and Dark Matter Solved; and IV - Universes are Black Holes. The series presents a unique perspective on fundamental concepts such as space, time, gravitation, dark energy, dark matter, black holes, and the universe that cannot be found elsewhere. The author establishes an axiomatic system for space, time, gravitation, and our universe based on several concise and physically meaningful principles. The proposed new theory is consistent with all significant experimental observations, including the measurement of light speed, motional and gravitational time dilation, motional and gravitational length contraction, gravitational lensing, planet precession, and gravitational red/blue shift, among others. Additionally, it predicts new phenomena that await verification. For example, the proposed theory contradicts Einstein's thought experiment, suggesting that the speed of light measured on a moving train is slower with an increased train length and 4m/s slower if the train is as long as our Milky Way. The proposed theory offers astounding simplicity in both principles and applications. Readers with solid calculus and basic geometry knowledge can understand almost all proofs and derivations without requiring advanced mathematics such as Riemann geometry and tensor analysis. Throughout the series, the following fundamental questions that have puzzled scientists and philosophers for centuries are answered. 1. What is the nature of space? 2. What is the nature of time? 3. What is the shape of our universe? 4. What is the nature of gravitation? 5. What is dark energy and why the universe experiences accelerated expanding? 6. What is dark matter and why it cannot be seen? 7. What is the nature of black holes? 8. What is the boundary of our universe? 9. What is the nature of our universe? 10. Why the big bang theory is wrong? 11. Where does our universe come from and where will it go? You are invited to begin this exciting journey of discovery and exploration. By the end of this four-book series, my sincere hope is that you will have found definitive answers to these profound questions and gained a deeper appreciation for the intricate and awe-inspiring beauty of space, time, and the universe.