The **Duality of Time Theory**, that results from the
**Single Monad Model of the Cosmos**, explains how *physical multiplicity* is emerging from absolute
(metaphysical) *Oneness*, at every instance of our normal time! This leads to the **Ultimate Symmetry** of space and its dynamic formation and breaking into the *physical* and *psychical* (supersymmetrical) creations, in orthogonal time directions. *General Relativity* and *Quantum Mechanics* are complementary **consequences** of the Duality of Time Theory, and all the fundamental interactions become properties of the new **granular complex-time geometry**, at different dimensions. - **=> Conference Talk - Another Conference [Detailed Presentation]**

Fractal Complex-Time and Quantum Gravity

There are many types of symmetry, which include: reflective, rotational, translational and scaling, or any mixture of these transformations. When the object or system undergoes symmetrical procedures, its final state remain equal to the initial state, and it is described as invariant under these procedures. A butterfly, for example, exhibits reflective symmetry, so its shape is invariant under reflection. Some flowers and sea creatures exhibit rotational symmetry, so they are invariant under certain rotations. There are also many natural or synthetic patterns that are invariant under translation, such as most shapes found on rugs and wallpaper. A lattice is also a repeating pattern of points in space, such as the arrangement of atoms in many crystalline materials.

Scaling is also a very important type of symmetry where the system remains invariant at different scales. As a simple example, the shape of a circle does not change when we increase or decrease its radius. Scaling invariance is one of the most fundamental characteristics of fractals, which also often exhibit a combination of other types of symmetries.

Moreover, symmetry does not only apply to the apparent shape of objects, but also can be a key feature in many other properties of the system. For example, the speed of light has the same value in all frames of reference, so this forms a symmetry that is described by Poincar group, which is the symmetry group of Special Relativity.

Symmetry can also be observed with respect to the passage of time, like all types of melodies in music, or even in many historical or political events that may be repeated under some similar circumstances, usually mixed with other types of invariance. In social behavior also, there are many interactions and peer relationships that maintain some symmetrical strategies.

Therefore, symmetry is not restricted to the geometrical shape, but it can be generalized in many ways as invariance under some mathematical operation that preserve some property of the system. The set of such operations that preserve a given property form a mathematical group. Groups are studied in mathematics under a particular field called group theory, as we shall discuss further in section I.3.3.

The study of symmetry is essential in the development of physics theories, because it describes the invariance under any kind of transformation between different coordinate systems. It is becoming more evident that all laws of nature originate in symmetries, as we shall discuss further in section I.1. As Anderson stated in his famous 1972 article More is Different : it is only slightly overstating the case to say that physics is the study of symmetry. [[2]]. We shall also see in section I.1.1 that Noether s theorem states that for every continuous mathematical symmetry, there is a corresponding conserved quantity such as energy or momentum.

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... Space Transcendence Read this short concise exploration of the Duality of Time Postulate: DoT: The Duality of Time Postulate and Its Consequences on General Relativity and Quantum Mechanics ...

... Time Postulate: DoT: The Duality of Time Postulate and Its Consequences on General Relativity and Quantum Mechanics ...

... of other types of symmetries. Moreover, symmetry does not only apply to the apparent shape of objects, but also can be a key feature in many other properties of the system. For example, the SPEED OF LIGHT has the same value in all frames of reference, so this forms a symmetry that is descr ...

... ies of the system. For example, the speed of light has the same value in all frames of reference, so this forms a symmetry that is described by Poincar group, which is the symmetry group of Special Relativity. Symmetry can also be observed with respect to the passage of time, like all type ...

... group. Groups are studied in mathematics under a particular field called group theory, as we shall discuss further in section I.3.3. The study of symmetry is essential in the development of PHYSICS THEORIES , because it describes the invariance under any kind of transformation between diffe ...

... many other properties of the system. For example, the speed of light has the same value in all frames of reference, so this forms a symmetry that is described by Poincar group, which is the SYMMETRY GROUP of Special Relativity. Symmetry can also be observed with respect to the passage of t ...

... preserve some property of the system. The set of such operations that preserve a given property form a mathematical group. Groups are studied in mathematics under a particular field called GROUP THEORY , as we shall discuss further in section I.3.3. The study of symmetry is essential in th ...

... A lattice is also a repeating pattern of points in space, such as the arrangement of atoms in many crystalline materials. Scaling is also a very important type of symmetry where the system REMAINS INVARIANT at different scales. As a simple example, the shape of a circle does not change wh ...

... : reflective, rotational, translational and scaling, or any mixture of these transformations. When the object or system undergoes symmetrical procedures, its final state remain equal to the INITIAL STATE , and it is described as invariant under these procedures. A butterfly, for example, ex ...

... lso can be a key feature in many other properties of the system. For example, the speed of light has the same value in all frames of reference, so this forms a symmetry that is described by Poincar group, which is the symmetry group of Special Relativity. Symmetry can also be observed with ...

... types of symmetry, which include: reflective, rotational, translational and scaling, or any mixture of these transformations. When the object or system undergoes symmetrical procedures, its FINAL STATE remain equal to the initial state, and it is described as invariant under these procedur ...

... is described as invariant under these procedures. A butterfly, for example, exhibits reflective symmetry, so its shape is invariant under reflection. Some flowers and sea creatures exhibit ROTATIONAL SYMMETRY , so they are invariant under certain rotations. There are also many natural or s ...

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.

Welcome to the Single Monad Model of the Cosmos and Duality of Time Theory

I have no doubt that this is the most significant discovery in the history of mathematics, physics and philosophy, ever!

By revealing the mystery of the connection between discreteness and contintuity, this novel understanding of the complex (time-time) geometry, will cause a paradigm shift in our knowledge of the fundamental nature of the cosmos and its corporeal and incorporeal structures.

*Enjoy reading... *

**Mohamed Haj Yousef**

Check this detailed video presentation on "Deriving the Principles of Special, General and Quantum Relativity Based on the Single Monad Model Cosmos and Duality of Time Theory".

Download the Book "DOT: The Duality of Time Postulate and Its Consequences on General Relativity and Quantum Mechanics" or: READ ONLINE .....>>>>

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