integration into biological systems when introduced into the body, graphene oxide is said to embed itself into tissues, forming conductive networks that interact with cellular structures. its high surface area and conductivity allow it to interface with the body's natural bioelectric signals, converting analog biological data into digital formats. this integration facilitates the digitization of human biology, enabling external systems to monitor and manipulate internal processes. for instance, graphene oxide could theoretically transmit data on heart rate, oxygen levels, and neural activity to centralized ai hubs. conversely, it could receive instructions from these hubs to influence bodily functions. traceability and manipulation the traceability enabled by graphene oxide raises significant concerns. individuals with this material embedded in their bodies become digitally traceable in real time, their movements and actions constantly monitored. this capability extends beyond surveillance, allowing for direct interference. external systems could potentially use graphene oxide to influence neural activity, altering thoughts, emotions, or behaviors.
Australia