Posted BY: | NwoReport

In September 2022, a science paper titled “Remotely controlled electro-responsive on-demand nanotherapy based on amine-modified graphene oxide for synergistic dual drug delivery” was published in MaterialsToday Chemistry. This paper has revealed a groundbreaking discovery that involves using cell phone signals to trigger the release of biological or chemical payloads from graphene oxide (GO) introduced into the human body. This technology could have profound implications, and here’s a summary of the key points:

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  1. Graphene Oxide (GO) as a Drug Carrier: GO, due to its high surface area and complex composition, has been identified as an ideal material for delivering drugs or biological payloads within the body when combined with polymers or inorganic matrices.
  2. Remote Control Drug Delivery: The study demonstrates that a cell phone can remotely control the release of dual drugs (aspirin and doxorubicin) from the GO surface. This is achieved by emission signals that activate a low-voltage current, ensuring precise control over drug release.
  3. 5G Signals and Body Interaction: 5G signals have been found to generate electrical currents within the human body, even from a distance. This phenomenon is connected to voltage changes inside cells, specifically involving “Voltage-Gated Calcium Channels” (VGCCs), which can be activated by microwave radiation from mobile devices.
  4. Potential for Harm: Excessive exposure to cell phone and Wi-Fi radiation has been associated with various health issues, including cardiac arrhythmias, anxiety, depression, autism, Alzheimer’s, and infertility. Some experts argue that safety standards may not adequately account for the sensitivity of VGCCs to radiation.
  5. Graphene Oxide Payloads: The research suggests that GO can carry various payloads, not limited to drugs. This could include potentially harmful substances, such as nerve agents, which may be released into the body when exposed to specific 5G broadcast frequencies.
  6. 5G and Graphene Oxide Interaction: By combining the ability of 5G signals to induce voltage changes in the body with GO’s responsiveness, a scenario is outlined in which 5G signals could activate the release of payloads inside individuals who have previously been exposed to GO through vaccines or other means.
  7. Unknowns and Concerns: While this research raises significant concerns about the potential misuse of such technology, it’s essential to emphasize that the conclusions drawn here are theoretical and speculative. No concrete evidence has been provided to confirm the deliberate use of GO payloads in vaccines or other applications for nefarious purposes.