Analysis of COVID-19 Bioweapons in Argentina Reveals Components of Self-Assembling Nanotechnology

In the realm of scientific research, the exploration of surface functionalization with lanthanides for the development of metal-graphene composites has gained significant attention. These elements, known for their stable luminescence, high fluorescence quantum efficiency, and low toxicity, are preferred dopants for various nanoparticles.

Recent claims by whistleblower Melissa McAtee suggest that she witnessed a fluorescent glow during the manufacturing process of C19 vials. This observation has sparked a wave of investigation, leading to the discovery of fluorescent building blocks of self-assembly nanotechnology, biosensors, and quantum dots in all analyzed vials. The findings align with the fluorescent properties observed in the blood, the orange facial glow, and fluorescent filaments seen on people's skin.

The analysis also revealed the presence of lanthanides such as Europium, Cerium, and Yttrium in various Covid-19 vaccines, including Moderna, Sputnik, Astra Zeneca, Covelo, and Comirnathy. Notably, Astra Zeneca's shot contains neodynium, a strong magnetic substance.

While these discoveries have raised concerns, it is essential to note that no credible research group has identified lanthanide elements in all COVID-19 vaccines. Moreover, there are no scientifically supported consequences for the use and safety of the vaccines based on such findings.

Lanthanides, being rare earth metals, are also used in semiconductor nano electronics, biosensors, and bio imaging applications. They have applications in bioimaging, biosensing, and drug delivery, as seen in Lanthanide-Doped Upconversion Luminescent Nanoparticles. Upconverting luminescent nanoparticles (UCNPs) are used extensively in diverse industries, particularly in life sciences and healthcare.

Moderna's patent mentions the use of metals, including Yttrium, in their Covid-19 vaccine. The confirmation of graphene in the vaccines should be taken in context, considering the work of IEEE engineer Dr. Ian Akyldiz, who helped develop the WBAN nanotechnology for human upload to the cloud and the development of AI-controlled digital twins.

However, the implications of these findings are still a subject of ongoing research and debate. As more information becomes available, it is crucial to approach the topic with a balanced perspective, ensuring that any conclusions drawn are based on solid scientific evidence.

Analysis of COVID-19 Bioweapons in Argentina Reveals Components of Self-Assembling Nanotechnology