F-Theory & String Theory on Singular Spaces: A Comprehensive Examination Of Implications On Quantum Field Theory
Dhruv Hegde · Zenodo (CERN European Organization for Nuclear Research) · 2023
F-Theory is a contemporary domain raised for the purpose of unifying the superstring theories of Quantum Field Theory(QFT). This paper dives into providing a solid introduction of topological characteristics of dimensional entities proposed by F-theory, alongside the implications that it has on a Unifying Field Theory. Alongside this, a thorough contextualization of String Theory is provided, alongside the consideration of M-Theory and U-theory as adjacent developments to the framework with F-theory itself, with an explanation of the multi-dimensional characteristics of strings and their reverberations towards reconciling Newtonian physics with Quantum Mechanics. We will consider the underlying meaning behind the described propositions and the effect that it could possibly have with future research in general particle physics; the defining question of this exploration seeks to explain the applicability of F-theory on String networks: To what extent does the multidimensional F-theory correlate with the observations made for three-dimensional particles? By conclusion, you will be thoroughly knowledgeable on the rudimentary structure of String Theory and the propositions that it makes at dimensional-levels that describe elementary particle-wave behavior. Alongside this, the study of F-theory and the potential of the study as an underlying mechanism to QFT will become apparent.