Current Research in Next Generation Materials Engineering
Memory Manipulation and Rehabilitation via Electron-Positron DNA Computing Integrated with an Artificial Intelligence Feedback System
Abstract
Chur Chin
Memory dysfunction, especially in disorders like post-traumatic stress disorder (PTSD), Alzheimer’s disease, and chronic depression, remains one of the most elusive challenges in neuroscience. Here, we propose a novel architecture combining electron-positron-based DNA computing embedded in neural cells with an artificial intelligence (AI)-driven feedback system. The hybrid system is capable of detecting, modifying, and reconstructing aberrant memory traces via entangled feedback loops, leveraging both quantum and classical computation to facilitate neural rewiring and controlled memory erasure or enhancement. This study integrates bioinformatics, quantum biophysics, and AI neurotherapy to provide a non-invasive solution for memory manipulation and restoration.