RIO DE JANEIRO, BRAZIL – Dr. Charles Morgan’s speech to cadets and faculty at U.S. West Point, the oldest continuously occupied military post in the United States, covers various topics, including psychology neurobiology, and the science of man at war.
Dr. Morgan’s neurobiological and forensic research has made him an international expert on post-traumatic stress disorder, eyewitness memory, and human performance under high-stress conditions.
The event was organized and hosted by the Modern War Institute at West Point.
In the speech, he informed about the latest tech developments as:
- A milestone about a technology that allows information to be transferred from one brain to another: an animal learns something, records that activity, and stores it in the sensory cortex of another animal, and this other animal can suddenly do something it never did before.
- The U.S. Defense Advanced Research Projects Agency Darpa has received approval for 500 operations to implant deep brain electrodes capable of human-to-human thought transfer.
- This brain-to-brain transfer of sensory information (knowledge) between humans was published in 2018 and the success rate of the experiments was reported to be 85%.
- The most recent brain-to-brain communication was not by surgery, but by wearing a cap and stimulating the retina with signals that the brain can decode and which led to the transfer of knowledge.
- You can connect a human brain to a device that can then “take over” any part of another person’s body, even if that person is thousands of miles away. For example, a person in the U.S. uses this technology to take over the hands of another person in Japan, and those hands then no longer do what that Japanese person’s brain wants them to do, but what the U.S. person’s brain wants them to do.
- There is a whole world out there involved in biohacking. Normally, universities are well regulated by federal laws on studying and experimenting with humans. However, there is a growing worldwide organized biohacking community that is not covered by these regulations and is attempting to attach hardware to humans as a commercial activity.
- For example, these biohacking teams are experimenting with administering chlorin e6 (CE6) to people’s eyes to give them night vision so that these people can see for several hours over 160 feet in the dark.
- There is a new technology that can be used to give animals traits, talents or abilities that they don’t naturally have or vice versa. For example, rats can be given a sixth sense.
- This technology also works in humans. New chemicals can enhance the ability of humans to experience psychic abilities. The military-industrial complex could easily convert this technology into the ability of certain military personnel to see heartbeats through a wall or the like.
- There are a number of scientific reports showing that it is possible to connect a human brain to a rat and thus control its motor movements and tail. With this technology, it would be possible to create “animal drones,” like an army of rats or cockroaches controlled by a person in a cabin.
- Craig Venter’s creation of synthetic life forms in cells, combined with Crispr gene-editing software, now makes a number of things instantly available. A single yeast cell can now be programmed to make anything: Perfume, petroleum, a drug, a designer medicine, or in warfare, a deadly poison that only works on one person, making it undetectable.
- This single cell can be inserted into the body through a hyper spray. No surgery is necessary.
- Designer receptors (DREADS) that can be controlled remotely. Science can create a designer receptor and a corresponding cell that can be placed somewhere in the body and activated remotely when the brain is exposed to the right signal.
- Using this DREADS technology, scientists have succeeded in transferring memories from one fruit fly to another by sending a signal through a light stimulus on the retina. In most animals, this is done by introducing a substance into the body that would activate the neuron in the desired way.
- For example, a designee cell can be placed in the hippocampus and when activated, certain memories can be erased.
- Between Crispr, storage capacity, and programming cells, the new way to hide information is going to be in DNA. DNA is said to be the best way of storing information. You can e.g. store digital files of all kinds in bacteria DNA.