What is the Base Prime Wave concept?
This paper began with contemplations on new mathematical concepts for interpreting physical conundrums in quantum mechanics, starting from the inference that current mathematical definitions may be omitting natural properties.
Particularly, the wall at the boundary between current quantum mechanics and classical physics is viewed as a dimensional interpretation error, initiating research into a mathematical model for dimensional connection.
In this process, a new model capable of structurally interpreting current phenomena or challenges more coherently was developed by applying the process of geometric dimensional ascension to numeral systems.
The conventional numeral system is kept at zero dimensions, and from one dimension upwards, the concept of waves is introduced, proposing the idea of base Number Waves to elevate numbers through dimensional ascension. The model that elevates dimensions by arranging bases through Eulerian spiral rotation has allowed the discovery of various new concepts that can interpret physical and mathematical challenges.
The rule of bases remains unbroken, and from the perspective of adding variables, the creation of higher-dimensional structures using power tower functions revealed that 'waves create structures, hence fractal structures' are formed.
Moreover, the zero point of base conversion, converging into a singularity and becoming the starting point of the next dimension through structural interpretation, allowed the creation of a new intuitive model for the concept of quantum superposition.
Particularly, the zero-point conversion spot as a dimensional transition point observed that composite numbers with many divisors create unstable structures. This conclusion allowed adding new interpretations to mathematical challenges.
The applicability of this concept of numeral dimensional ascension to actual challenges was examined, and its potential was found. Especially, the Goldbach conjecture was interpreted as true from the perspective that the 3-dimensional binary spiral structure comprises only primes. Similarly, a provisional conclusion was drawn for the Riemann hypothesis as a binary zero point singularity in a 3-dimensional structure.
Such interpretations have created structural interpretations for problems like the Landau-Siegel zeros problem and the Collatz conjecture.
Moreover, interpreting the Goldbach problem and the Riemann hypothesis through the creation of a 3-dimensional binary structure as true also created a possible approach to the complete NP problem.
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Ever wondered about the mysteries of the quantum world? Dive into the Quantum Manifold Universe and wander through the wilderness of quantum mechanics and classical physics. Reimagine the mathematical number system from a completely new dimensional ascension perspective.
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Trajectory Number
An ingenious approach to introduce ‘motion’ into the number system.
Dimensional Ascension
Observation of dynamic changes within the number system.
Quantum Core
Bridges the quantum mechanics and classical physics.
N Base Wave - Euler spirals module
Models the dynamic structure of numbers.
Fractal universe
Describes the role of primes in 2-dimensional quantum energy field.
Existential Echo
Interprets 'residual images' of past as quantum information.
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The key to a new interpretation of the Riemann hypothesis