Aplicação da LPA2v à Modelagem do Experimento Mental do Gato de Schrödinger

This paper presents an approach to modeling Schrödinger's Cat thought experiment using Paraconsistent Annotated Logic with annotation of two values (PAL2v). In quantum mechanics, state superposition challenges the classical Principle of Non-Contradiction, generating ambiguities in interpreting wave-function collapse. Through the PAL2v formalism, life and death states are mapped onto a two-value annotation lattice (μ, λ), representing degrees of favorable and unfavorable evidence. It is shown that the quantum superposition state can be analytically represented in the paraconsistent lattice without logical trivialization, providing a quantitative metric, Degree of Certainty (DC) and Degree of Contradiction (DCt), before and after measurement.