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Do covid vaccines contain GMO Magneto protein capable of remotely controlling behavior, brain activity?

https://www.afinalwarning.com/520652.html (Natural News) American researchers have developed a new method of mind control that sounds oddly similar to what some suspect is contained within Wuhan coronavirus (Covid-19) “vaccines.” Using genetic engineering, “Frankenstein” scientists have reportedly developed a genetically modified (GMO) protein known as “Magneto” that allows behaviors and brain function to be remotely controlled externally. Magneto was designed to activate a specific group of nerve cells within the body, and this activation can be done from a distance – perhaps from a 5G tower? The surface-level claim is that the technology is needed to study how the brain impacts behavior. The rabbit hole theory, however, is that the technology allows for mass mind control.

World s smallest self-folding origami bird created using nanotechnology

Sona Nanotech Inc : Sona Secures Clinical Trial Authorization and Hospital Partner

Newly discovered swirlonic state of matter bends the laws of physics

https://www.afinalwarning.com/500980.html (Natural News) Researchers have discovered a new kind of active matter that bends the laws of physics. Dubbed “swirlon,” the new matter behaves similarly to how fishes swim in schools and birds fly in murmurations. The laws of physics apply to passive, nonliving matter, ranging from planets all the way down to the smallest atoms. But according to Nikolai Brilliantov, a mathematician at England’s Skolkovo Institute of Science and Technology, much of the matter in the world is active matter. Living things such bacteria, fish and humans can interact with the forces upon them.

New device for scaling up quantum computers

New device for scaling up quantum computers Australian scientists have developed a new cryogenic computer system called Gooseberry which has potential for scaling up quantum computers from dozens to thousands of qubits.     Quantum computing – as opposed to traditional (or classical ) computing – has been around for many years now. This area of computer science involves the exploitation of physical phenomena such as superposition and entanglement to perform calculations. Unlike the bits of classical computers, which are based on binary ones and zeros, quantum computer qubits can work with multiple values simultaneously. By combining qubits in this way, it quickly becomes possible to work with exponentially larger numbers, with potentially revolutionary applications. If fully realised, quantum computers could solve problems in fields as diverse as cryptography, medicine, finance, artificial intelligence and logistics.

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