TL;DR
This paper offers a geometric framework for understanding how charged matter emerges in various string theory compactifications by deforming singularities, aligning with duality predictions.
Contribution
It introduces a local geometric method to describe charged matter formation via singularity deformations in Calabi-Yau compactifications.
Findings
Consistent with string duality expectations.
Provides a geometric description of matter emergence.
Applicable to multiple string theory frameworks.
Abstract
We provide a local geometric description of how charged matter arises in type IIA, M-theory, or F-theory compactifications on Calabi-Yau manifolds. The basic idea is to deform a higher singularity into a lower one through Cartan deformations which vary over space. The results agree with expectations based on string dualities.
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