Héctor Mejía-Díaz

Quantum Entanglement as a Physical Determinant of Genomic Instability in TP53

The paper explores whether quantum entanglement, measured via von Neumann Entropy, influences TP53 mutation patterns, finding elevated entropy at known mutational hotspots but cautioning about limited validation.

Variational quantum thermalization of environment-coupled DNA sequence biases

The paper uses variational quantum simulation to model DNA sequence biases under thermal environments, showing both classical and quantum methods enhance target sequence probabilities.

A proposal for the quantum mechanical study of genomic mutations driven by environmental stressors

This paper proposes a quantum mechanical model to study DNA mutations under environmental stressors and shows it can predict biologically realistic mutation patterns.