Solving the Major Problems in Physics and Cosmology Based on the Duality of Time Theory
As it has been explained with more details in the Duality of Time book, that results from the Single Monad Model, most - if not all! - of the major problems in physics and cosmology can be easily resolved based on the new conceptions. Starting from the historical problem of the Arrow of Time, to all ranges of the other modern problems, including: super-symmetry, matter-antimatter asymmetry, wave-particle duality, mass generation (and
Yang-Mills Conjecture), homogeneity (or the
Horizon Problem), the
Hierarchy Problem and
non-locality, in addition to deriving the principles of Special and General Relativity based on its granular complex-time geometry, as well as providing the first
logical interpretation of quantum mechanics.
Most of the major unsolved problems in physics are theoretical, because the existing theories are incapable of explaining certain observed phenomena or experimental results. There are also some other experimental problems because of the difficulty in creating some experiments to test a proposed theory or investigate a phenomenon in greater details.
In 1900, in the same year when quantum physics was born, and just a few years before Special Relativity, physicist Lord Kelvin declared: “There is nothing new to discover in physics. All that remains is to more accurately measure its quantities.” Collins et al. (2015). Although Quantum Mechanics explained many natural phenomena and opened new frontiers in atomic and subatomic physics, it also exposed the fact that some of our common conceptions are fundamentally wrong, especially as we try to “more accurately measure small quantities”.
In the following articles, we will list some of the major unsolved problems in theoretical physics and describe them in brief, stating their potential solutions according to the Duality of Time Postulate. Although many of these problems will be simply eliminated according to the new genuinely-complex time-time geometry, a detailed theoretical and mathematical analysis is required in order to explain how these problems are settled. Therefore, some of the following brief suggested solutions may be speculative.
To understand how all these major problems could be solved so easily, please study first the Duality of Time Postulate, that has been extracted from Chapter V of the Duality of Time
book.
... e To understand how all these major problems could be solved so easily, please study first the Duality of Time Postulate , that has been extracted from Chapter V of the Duality of Time book. ...
... um Gravity Mass Generation Mechanism Homogeneity and the Horizon Problem Problem of Neutrino Masses Problem of Color Confinement The Hierarchy Problem Problem of Cosmic Inflation Problem of Yang-Mills Theory Problem of Unification of Fundamental Interactions Problem of ...
... ; Problem of Physical Information The Problem of Causality The Planck Scale Problem Problem of Magnetic Monopoles EPR and the Problem of Non-Locality Problem of Quantum Gravity Mass Generation Mechanism Homogeneity and the Horizon Problem Problem of Neutr ...
... e To understand how all these major problems could be solved so easily, please study first the Duality of Time Postulate , that has been extracted from Chapter V of the Duality of Time book. ...
... e To understand how all these major problems could be solved so easily, please study first the Duality of Time Postulate , that has been extracted from Chapter V of the Duality of Time book. ...
... in Time Chest . The Arrow of Time Problem Logical Interpretation of Quantum Mechanics Problem of Physical Information The Problem of Causality The Planck Scale Problem Problem of Magnetic Monopoles EPR and the Problem of Non-Locality Problem of Qu ...
... e other experimental problems because of the difficulty in creating some experiments to test a proposed theory or investigate a phenomenon in greater details. In 1900, in the same year when QUANTUM PHYSICS was born, and just a few years before Special Relativity, physicist Lord Kelvin decl ...
... ang-Mills Conjecture ), homogeneity (or the Horizon Problem ), the Hierarchy Problem and non-locality , in addition to deriving the principles of Special and General Relativity based on its GRANULAR COMPLEX -time geometry, as well as providing the first logical interpretation of quantum mec ...
... Collins et al. (2015). Although Quantum Mechanics explained many natural phenomena and opened new frontiers in atomic and subatomic physics, it also exposed the fact that some of our COMMON CONCEPTION s are fundamentally wrong, especially as we try to “ more accurately measure smal ...
... orical problem of the Arrow of Time , to all ranges of the other modern problems, including: super-symmetry , matter-antimatter asymmetry , wave-particle duality , mass generation (and Yang-Mills Conjecture ), homogeneity (or the Horizon Problem ), the Hierarchy Problem and non-locality , ...
... t remains is to more accurately measure its quantities. ” Collins et al. (2015). Although Quantum Mechanics explained many natural phenomena and opened new frontiers in atomic and sub ATOMIC PHYSICS , it also exposed the fact that some of our common conceptions are fundamentally wrong ...
... , mass generation (and Yang-Mills Conjecture ), homogeneity (or the Horizon Problem ), the Hierarchy Problem and non-locality , in addition to deriving the principles of Special and General Relativity based on its granular complex-time geometry, as well as providing the first logical inter ...
The science of Time is a noble science, that reveals the secret of Eternity. Only the Elites of Sages may ever come to know this secret. It is called the First Age, or the Age of ages, from which time is emerging.
