Acausal quantum theory for non-Archimedean scalar fields
M. L. Mendoza-Mart\'inez, J. A. Vallejo, W. A. Z\'u\~niga-Galindo

TL;DR
This paper develops a new quantum scalar field theory over $p$-adic spacetime, adapting axioms and equations to reflect the non-Archimedean, acausal nature of the setting, and connects it to $p$-adic Klein-Gordon equations.
Contribution
It introduces a $p$-adic quantum scalar field framework satisfying adapted Gårding--Wightman axioms and links second quantization to $p$-adic Klein-Gordon equations.
Findings
Constructed $p$-adic quantum scalar fields satisfying modified axioms.
Established the connection between second quantization and $p$-adic Klein-Gordon equations.
Reformulated axioms to account for acausality in $p$-adic spacetime.
Abstract
We construct a family of quantum scalar fields over a adic spacetime which satisfy adic analogues of the G\aa rding--Wightman axioms. Most of the axioms can be formulated the same way in both, the Archimedean and non-Archimedean frameworks; however, the axioms depending on the ordering of the background field must be reformulated, reflecting the acausality of adic spacetime. The adic scalar fields satisfy certain adic Klein-Gordon pseudo-differential equations. The second quantization of the solutions of these Klein-Gordon equations corresponds exactly to the scalar fields introduced here.
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