What is copper cysteamine?

Copper cysteamine is the primary active ingredient in a nanotoxin design used to induce organic mental illness. Copper cysteamine is a chemical with wondrous chemical properties. It is an X-Ray absorbing, microwave absorbing, ultrasound sonosensitised, resonant scintillator, polymerizing agent and crystalline solid. When bonded to a magnetite superparamagnetic iron oxide nanoparticle (SPION) as part of a plasmid-SPION composite, the controller can exploit the magnetically-actuated cytotoxic properties of those nanoparticles as well. The most dangerous weaponisation of copper cysteamine takes the form of an electrostatically self-reassembling “nanobomb”, the precursor invention to the medical HTAMN(hierarchical tumor acidity-responsible magnetic nanobomb).

It was invented by a team led by Wei Chen, PhD, of the University of Texas at Arlington's (UTA) Security Advances via Nanotechnology (SAVANT) Center. The patent for the chemical (US 9 593 131 B2) is registered to UTA. The SAVANT Center was founded early on in the War on Terror in order to research scintillation detectors in order to secure against the possibility of a dirty bomb attack or the trafficking of precursors to the homeland. The research was funded by the U.S. Army Medical Research Acquisition Activity, the National Science Foundation and the Department of Homeland Security's joint Academic Research Initiative program, the National Basic Research Program of China, the National Natural Science Foundation of China and the Five-Year Plan of the Chinese defence budget.

How to weaponize copper cystamine?

If excited with microwaves, it is a is a photosensitiser in aqueous solution, it releases the Cu+ copper atom as a supercation which in turn reacts with water to produce singlet oxygen and Cu2+. Singlet oxygen is a reactive oxygen species that causes cell death via necrosis. This reaction is an example of normal photo-oxidation. If excited with ultrasound, in aqueous solution, copper cysteamine can be treated with ultrasound to trigger the same photooxidation reaction above. This process is called acoustic cavitation or sonocavitation. If excited with X-rays, as the above but on the high frequency end of the electromagnetic spectrum. This is not a useful property for a nanotoxin but it is useful inside a scintillator for detecting a dirty bomb for example.

Deployment steps.

Infect target via drink or food with the copper cysteamine nanoparticles.

Enable uptake to the central nervous system across the blood-brain barrier by treating the victim with ultrasound. This takes a while, months even years.

The nanoparticles reassemble into nanobombs behind the blood-brain barrier where they pool in the cerebral ventricles.

Now excite the nanoparticles with microwave frequency EM radiation or ultrasound to trigger the release of the copper supercation. The reaction of copper with water gives singlet oxygen, a reactive oxigen species everywhere in the central nervous system but especially the periventricular space (the crazy spot). Cysteamine is released and it too contributes to the encephalopathy.

The copper reacts with ambient cysteamine to regenerate the copper cysteamine nanoparticles.

Repeat this process until you are satisfied with the degree of neurodegeneration. You will reach a threshold once you cause enough tissue damage to cause stenosis in narrow intraventricular spaces between the cerebral ventricles: you have now achieved a self-sustaining engine for Binswanger's disease that can only be treated by surgery.

Knowing this, it is very interesting to see how hard they push 5G on the population.