Holistic Approaches in Mental Health and Wellness
DNA Graphene Hybrids as Promoter-Modulating Interfaces for Quantum Like Information Processing at Chromatin Remodeling Sites
Abstract
Chur Chin
The convergence of nanomaterials, epigenetics, and quantum theory presents an emerging frontier for synthetic bio- quantum architectures. We hypothesize that DNA graphene hybrid systems, delivered via lipid nanoparticles (LNPs), may function as analogues to qubits by modulating chromatin accessibility at gene promoter regions.
Through electrostatic, mechanical, and possibly quantum interactions, these hybrid systems may influence transcriptional regulation with logic-like dynamics. We propose that these constructs act as tunable gate elements for DNA-based computing at chromatin remodeling sites. Though speculative, this model provides a conceptual framework for engineering biocompatible, field-responsive, and epigenetically reprogrammable units for quantum information processing within living systems.