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Researchers found how we learn.



Knowledge about a phenomenon makes it possible to model it. When researchers observe how brain chemicals, and especially proteins behave and interact with other chemicals.  They can see how brains work while they are learning something. 

We have two levels of learning, short- and long-term. Short-term memory preprocess data and then sends it through the diencephalon where the brain selects information that requires long-term storage. The need to remember things connected with negative things like danger.

Memory is formed to protect us. So that's why we remember negative things better than nice things. And this is why people who have bad or aggressive behavior stay in mind. We will remember almost all the bad experiences from school times. But good things are harder back in consciousness. 

And that's why our negative things sometimes dominate our discussions. Memory is one of the critical things in everyday life. Memory allows us to walk on streets. And if there are some problems with memory, everyday life turns impossible. 


The virus can transfer data between the brain and the computer. 


And knowledge about memory makes a new type of learning method possible. But things like chemical qubits make it possible to transfer memories from the living brain to the computer. And otherways transfer synthetic memories from computer to neuron. 

The artificial virus can act as a molecular qubit. At first, the genetically engineered cell transform neurotransmitter into DNA (or RNA) that stores information that the neuron sends to the cell.

After that, the cell creates a virus where the information is stored in the DNA form. The system could inject the virus into a cell with no nucleus DNA. That allows the DNA to control the cell without artifact effects. 

And then, that cell can send electric impulses to the receiver. The signal that this system use. Also can be bioluminescence light that this "data bacteria" send to the photovoltaic cell. 


But otherwise, the system can simply use the virus itself as a qubit. 


Then the system takes this virus to the measurement unit. That unit will load the electricity to that virus. And then DNA will pull out from the virus. The idea is that the DNA controls the ion pumps of the receiving cell and makes it send electric impulses. 

Or in some other versions, the system takes an artificial ball-shaped virus to the chamber. Then it will pull the DNA out from the virus. The system can make viruses send electric impulses and send the data to the receiver. Or the system can measure the virus' core oscillation by using the laser. And then those oscillations can turn into data. 


https://scitechdaily.com/new-tool-reveals-what-happens-when-we-learn/


https://designandinnovationtales.blogspot.com/

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