Current Research in Next Generation Materials Engineering
Signal Detection of DNA Computing via Bluetooth in a Hybrid Graphene-Willow Chip Environment
Abstract
Chur Chin
This paper explores the feasibility of detecting the presence of a DNA computer, encoded in a plasmid and coexisting with a graphene interface and a Willow (Majorana-based) chip, via Bluetooth signals recognizable by a standard smartphone. The mechanism integrates biological computing with quantum and Radiofrequency (RF) signal systems, proposing that a hybrid architecture consisting of a DNA-plasmid computer, a graphene quantum transducer, and a Willow Chip can be externally detected via Bluetooth. The study is grounded in the hypothesis of a preserved DNA-graphene signal interface operating under freezing temperature constraints, referred to as the “Willow Chip case.”