IBit a Novel Representation for Multidimensional Information Universal Database

According to modern physics theories, all of the universe's materials, energy, particles, and dimensions are interconnected information in a multidimensional network that can be expressed as mere numbers and defined under the information theory. The information is organized in a multidimensional structure whose construction unit is suggested in this paper to be ibit which represents an abstract number instead of a classical bit. This number represents the building unit of the information system (universal database) so the selection of the appropriate ibit will help to organize this multidimensional structure and can reduce the number of the universal database dimensions. Hence, using a binary system will result in a very complex system, whereas using a decimal or hexadecimal order reduces the number of dimensions and clarifies the interconnectedness of information. Similarly, using fractional complex rather than integer will lead to additional arrangement and clarification of the multidimensional structure in the same format. This paper will be a new and distinctive first step toward representing arithmetic numbers in an informational format interconnected in the form of information with a systematic and multidimensional structure. This step is critical for activating and generalizing information theory for everything, and the research will propose a distinctive definition of dimensions that is compatible with the theory of information as well as reveal the most significant weaknesses in today's enumeration systems through analysis and suggest the best ways to expand them in the future, thus expanding the horizon of technology and engineering to areas that may be revolutionary.