"It's all available now. This is not science fiction." Dr. Charles Morgan on psychoneurobiology and war. Listen carefully....
"It was actually like we had the ability to train an animal, and record that action, and put it into the sensory cortex of a second animal's brain, and that second animal acquired knowledge."
"The transfer of knowledge from one animal to another..."
"Yes, he said 'Human Drones'.... Listen..."
"You can direct motor activity, or you can send communication and information."
"The equivalent of developing nuclear weapons."
"They can produce perfumes. They can produce oil. They can produce any peptide. Everything that we program into DNA. And it's in a living cage."
"Venter.... Venter is an American biologist and businessman. He led the first draft of human genome sequencing and assembled the first synthetic cell with synthetic DNA. Venter founded Celera, an Institute for Genomic research."
"Venter's work is, in my opinion, the equivalent of developing nuclear weapons, when you realize that he created life in yeast cells. And these yeast cells were programmed to produce anything. They were injected into the human body through hypo-spray, through needles. You put a certain gene, slicing genes, you program what you like. You put it in a cage, and it multiplies."
"What would you do about it if you were in the security and intelligence field?"
"DNA programming. Look, is it familiar?"
"New directions in medicine. Programmable DNA. Look, is it familiar?"
"Designer receptors that can be remotely controlled."
"Designer receptors that can be remotely controlled. You can create a cage. You can put it somewhere in the body, and you can activate it remotely. You can activate it, for example, in another person's brain. And when you do that, you can control his motor activity, or you can send information to his brain."
"You can put them in cages, and you can activate them remotely."
"Control."
"You can create a cage. You can put it somewhere in the body, and you can activate it remotely."
"Summary: Create a cage that can do literally ANYTHING. Implement it. Activate it remotely."
"And she can literally CHANGE WHO YOU ARE. And the way you think, the way you act."
"It's like embryonic stem cells derived from human skin cells. Mesinchymal stem cells: injected peripherally, can gain access to brain tissues."
"And the technology exists."
"And the technology exists to introduce it to someone, and make it reproduce, and fulfill its function."
"And you can make things activate in other people's brains."
"DNA shorthand. Professor David Walt, Tufts University, 2012."
"Seven different strains of harmless E. coli bacteria have been genetically modified so that each of them produces a fluorescent protein. When these bacteria are grown, the colonies look like bright colored spots at the right wavelength of light."
"The researchers have developed a way to use pairs of these differently colored proteins to represent the letters of the alphabet."
"The coding system is 'practical' because it uses seven easily distinguishable colors in the visible spectrum, but other coding systems can be developed using other colors and combinations to represent each letter."
"See what else they can put in the DNA..."
"DNA coding: August 17, 2012 One gram of DNA: 700 terabytes (7 billion terabytes?). Professor George Church."
"Decoding the self-replicating DNA that encodes these strings."
"See what else they can put in the DNA..."
"This is the latest experiment showing how information can be hidden in DNA."
"See what else they can put in the DNA..."
"See what else they can put in the DNA..."
"So, of course... Damn China.... What to do with the DNA?"
"Hiding data in the DNA of a living organism 2009, Shu-Hong Jiao, China."
"Image encryption using a combination of DNA with chaotic maps. Qiang Zhang, China, 2011."
"A new field of cryptography: DNA cryptography. Guozuen Xiao, China, 2012."
"An encryption scheme using DNA technology. Guangzhao Kui, 2012; 2015."
"They can be made using quantum encryption."
"Where does Rona come from?"
"What is the most 'interesting' among vaccines?"
"Bill Gates sees RNA vaccines as the best options for rapid treatment of coronavirus."
"The billionaire and philanthropist explained that a vaccine could appear anytime from nine to 18 months, focusing on new RNA and DNA platforms."
"It's amazing, and both death threats..."
"Massively distributed DNA-altering vaccines linked to China that can store classified information that can be activated at any time from anywhere..."
"Is this one of the worst things they could have changed or CHANGED?"
"Can we erase the memory? Can we change the memory?"
"Can we change the memory?"
"The short answer is yes."
"Watch the entire lecture here:"
"The short answer is yes."
This entry reveals surprising and perhaps disturbing perspectives related to modern advances in DNA technology. Dr. Charles Morgan emphasizes that many of these technologies are already available and are not science fiction. He describes how scientists can train an animal, record its actions, and transfer this knowledge to another animal, which demonstrates the potential for transmitting information directly to the brain.
The work of American biologist Craig Venter, who created the first synthetic cell with synthetic DNA, is also mentioned. Venter, the founder of Celera and the Institute for Genomic Research, is considered the creator of life in yeast cells, which can be programmed to produce almost anything. These cells can be embedded in the human body, which opens up huge possibilities for medical and possibly military applications.
Designer receptors that can remotely control cells represent another revolutionary technology. This allows you to create cells that can be activated in another person's brain, controlling their motor activity or sending information. Such technologies can be used to alter memory, which raises serious ethical questions.
In addition, the information touches on the topic of DNA cryptography, where information can be hidden in living organisms. Chinese scientists such as Shu-Hong Jiao and Guozuen Xiao have developed methods for encrypting images and data using DNA, making this technology virtually invulnerable to hacking.
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