DNA Liquid Crystal Qubits A Theoretical Framework for Fourier Dynamics and Biological Teleportation V2

This is <b>Version 2</b> of the preprint <i>"DNA Liquid Crystal Qubits: A Theoretical Framework for Fourier Dynamics and Biological Teleportation."</i> This updated release expands and refines the original theoretical model by integrating new mathematical and physical components, including SU(2) symmetry, group isomorphisms, and spectral logic via the Quantum Fourier Transform (QFT) applied to DNA structures.<b>New in this version</b>: a formalized hypothesis of <b>biological quantum teleportation</b> driven by structural alignment in <b>liquid crystal DNA</b>, an extended framework for <b>p-adic encoding and fractal coherence</b>, and a <b>parabolic model connecting codon positioning to coherence modulation</b>. Additionally, this version incorporates a set of <b>computational simulations</b> using Qiskit and QuTiP that offer preliminary support for the plausibility of coherence-driven quantum state transfer in biological systems.The model also outlines a speculative yet mathematically consistent experimental setup involving cryogenic PCR environments, fractal electromagnetic fields, and aligned DNA substrates immersed in structured Exclusion Zone (EZ) water.While this preprint remains theoretical and has not undergone peer review, it provides a rigorous and interdisciplinary foundation for exploring quantum information dynamics in living matter, bridging quantum biology, synthetic genomics, and quantum computation.