Syntax in Tensor Calculus Applications to Set Theory: A Pure Mathematics of Omega Point Theory
Description
Abstract :
This provides an AI utility framework for demonstrating semantic ordering theory for subscript syntax structure and how it should be handled when performing calculus operations. After demonstrating how the fundamental theorem of calculus can be written in reverse, we move on to describing the balancing of differentiated meanings of infinity at the, "oneness." Demonstrating the multi - variant applications of non - boolean functions, these infinity meanings extrapolate outward from human origin concept - structure to form tensor relationships which can be collected into entire packages of rules and theorem applications. See : Generalization of the Reverse Double Integral (Emmerson, 2022), for theories of reverse engineering applications. The paper concludes by extrapolating on the nuances of derivative notation while demonstrating ultra - liberated groups of infinities as triple sum supersets of slightly constrained infinity forms.
This paper was made from original concepts by Parker Emmerson with assistance from GPT-3 DaVinci.
Files
Semantics in Tensor Calculus Applications to Set Theory - A Pure Mathematics of Omega Point Theory.pdf
Additional details
Related works
- Is supplemented by
- 10.5281/zenodo.7435092 (DOI)
- https://zenodo.org/record/7435092#.Y5mQtOzMITU (URL)
- https://zenodo.org/record/7430964#.Y5mQtezMITU (URL)
- https://zenodo.org/record/7435085#.Y5mQtOzMITU (URL)