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Quantum Biology and Quantum Bioinformatics

Quantum Biology and Quantum Bioinformatics

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Quantum Biology and Quantum Bioinformatics: The Possible Significance of Entanglement in Quantum Biology: It is simple to anticipate that a quantum DNA molecule will correspond to a zero temperature quantum phase transition caused by a quench when the temperature effect and quench duration are considered. The critical point corresponds to a critical value of the torsonal energy when the entanglement entropy vanishes. Spin textures form when DNA loops in a supercoil emerge as solitonic (skyrmionic) excitations just below the critical point. The mass and power of skyrmions are determined using the Lagrangian's quartic stability term; material engineering can control motion. The topological winding of skyrmion spins affects their dynamical behavior. We outline the main challenges facing the development of skyrmionics technology, including the requirement for incredibly precise biocommunication, especially for tiny ferrimagnetic skyrmions.

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Pub dateMar 27, 2026
ISBN-106209895603
ISBN-139786209895609
LanguageEnglish
Last updated 2026-04-24 12:53
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