Supreme Theory of Everything: The Contribution of Hysteresis in Information Theory

Abstract

Ulaanbaatar Tardad*

Could there be a trigonometric law in physics that describes everything from elementary particles that exhibit wave-particle duality to the accelerating universe, from quantum physics to cosmology? If so, it could be the only hysteresis that can transmit mass, energy, and information throughout the universe. In information theory, the nature and principle of the bridge between 0 and 1 are more important than the two states. This elastic form of hysteresis information distribution is the cumulative distribution (CD), defined by the ratio of the semi-major axis and the semi-minor axis of the ellipse in the cylinder. Hysteresis encompasses negentropy, entropy, and memory; however, it differs in that it lacks arbitrary constants and a direct sense of space-time. Second, hysteresis has the black and white singularities, which are analogous to the "spin up" and "spin down" of the electron. Under the influence of the black singularity, all physical phenomena, including the dominant events of the biosphere, occur at temperatures below 2000 K. Furthermore, near 0 Kelvin temperature, many unusual properties, such as zero entropy, diamagnetism, superconductivity, superfluidity, magnetic levitation, Meissner effect, and Bose-Einstein condensate have been registered. In other words, the hysteresis has everything you're interested in. Therefore, if the information of the black singularity is not included in information theory, more than 50% of the important information and some vital parts of the information will be lost completely. After the wormhole, the black singularity, similar to the Bell state and ER-ERP pairs, becomes a white singularity or connects alternatively to the white singularities in the external universes, thereby forming a parallel world. Thus, a famous black hole transforms into a white hole, and information could be transmitted throughout the universe.

In this paper, the following items are described brand-newly by the hysteresis law:

• The circle scale,

• The Modified Fermi-Dirac function showing the Cumulative Distribution Function of the information,

• Relationship between the cosine and sine axes of a circle: ratio and division operation,

• The possibility of defining the spiritual state in science,

• The forms of polarization,

• Entanglement,

• Teleportation, and

• Many worlds interpretation.

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