Argentinian Discussion Reveals Building Blocks of Self-Assembly Nanotechnology in COVID-19 Analysis

In a series of groundbreaking discoveries, researchers have found 54 undisclosed elements in COVID-19 vaccines, shedding light on the use of nanotechnology in these life-saving shots. The most significant finding is the presence of lanthanides, a group of rare earth metals known for their unique fluorescent properties and applications in nanotechnology.

The initial finding was made by Argentinian scientists who discovered fluorescent building blocks of self-assembly nanotechnology, biosensors, and quantum dots in the vaccines. This discovery was subsequently confirmed by numerous other groups, including the work of biotechnologist Lorena Diblasi's research group.

One of the first lanthanides discovered was Yttrium, found by Dr. Geanina Hagima. Another, Europium, was found in both Covilo and Comirnathy. Cerium, another lanthanide, was found in all C19 shots, including Moderna, Sputnik, Astra Zeneca, Covelo, and Comirnathy.

Lanthanides are often used as dopants for various nanoparticles due to their stable luminescence, high fluorescence quantum efficiency, and long luminescence lifetimes. They are particularly useful in the manufacturing of Quantum Dots, a technology with applications in bioimaging, biosensing, and drug delivery.

The presence of lanthanides in the vaccines has raised concerns, as these elements are also used in semiconductor nano electronics and could potentially be used for genetic manipulation and nanotechnological warfare.

In addition to lanthanides, the analysis of the vaccines revealed the presence of graphene, a material with applications in electrochemical energy storage, sensors, and catalysts. The confirmation of graphene in the vaccines helps explain the fluorescent properties seen in the blood, the orange facial glow, and fluorescent filaments coming out of people's skin.

Dr. Marela Santorrin's research group, in their analysis, found spherical light emitting technology that looks like Quantum Dots or micro robots in the vaccines. They have also been advocating for the therapeutic use of EDTA to remove nanotechnological building blocks from the body.

It's important to note that the analysis cannot determine polymers, but the chemical composition shows Carbon and oxygen. The electronic configuration of lanthanides consists of filled [Xe]6s levels and 4f orbitals that are gradually filled as the atomic number increases.

Surface functionalization with metal species, including lanthanides, is a common approach to the development of metal-graphene composites. These composites have a wide range of applications, including in the field of semiconductor nano electronics.

The main organizations involved in COVID-19 vaccine research include the European Vaccines Hub for Pandemic Readiness, coordinated by the nonprofit Sclavo Vaccines Association and involving numerous funded partners and associated institutions from seven countries in Europe. Their work is supported by the European Commission's Health Emergency Response Authority (HERA) and funded under the EU4Health program.

Pioneering mRNA vaccine research was conducted internationally, with key contributions from scientists like Katalin Karikó and Drew Weissman, influencing companies such as BioNTech in Germany and Moderna in the USA. US organizations like the National Institutes of Health (NIH) also play a critical role in vaccine research and funding.

While the discovery of these elements in the vaccines has sparked controversy, it is crucial to approach this information with a balanced perspective. Further research is needed to fully understand the implications of these findings and to ensure the safety and efficacy of the vaccines.