Why the brains of insects are so fascinating?
https://controllingsociety.blogspot.com/
The power of brains of insects is the reason for one very simple thing, and that thing is the neurons of the insects have connections with themselves. Those round or circle connections would allow that one neuron can do many things, and that thing makes most of the insects immune against VX-nerve gas. The reason why VX doesn't affect the bugs is that the bugs don't have synapse slit between neurons and muscle cells, and this would make impossible to get the effect in the synopsis slit, and the effect of the VX-nerve agent is that chemical denies the operate of the enzyme, what will break the neurotransmitters.
And if the human would have a nerve system, where the neurons would have contact with together only with electricity, which means that the neurons must connect straight together without slits, would the neurotoxins like VX lose the effect against that kind of species. The reason, why the wings of the insects are acting so fast is that every muscle cell has one neuron, what is connected to them, this makes possible to react extremely fast because in the emergency situations is only one way to act, and that is jumping to some direction before starting to flap, and the direction is ordering the neuron, what first activates. The order is given by the eye or another sensor, what first activates the neuron.
Learning makes neurons slow
The reason, why the neuro-agent would cause death is that the nervous system simply overexcites, and the reason is that the cell must handle multiple things at the same time. But when we are thinking about the overexcitement of the neurons in the point of view of insects, the situation that bugs would be exposed by nerve gases would make those insects more intelligent and allow them to learn more things than in normal circumstances, because those neurons would let more information to go thru them.
When the insect is young the operation of the neurons would be extremely fast because there are fewer connections to the neurons. And that means that the neurons would act like RISC-processors. They have only one way to act, and that thing makes also the people, who live in the extremely low stimulus field are handling things, what are thought to them very well, but they have problems with things, what are happening in the field, where the level of secondary stimulus is high.
And in those cases "unnecessary data" would cause that the number of connections in that neuron would increase, and it makes them slow. The thing, what would make neurons slower is that even insects like flies are learning things. And the learning process would cause the neurons would get more connections, which means that the neurons must choose the connection, what it uses.
The thing is that there are some ideas, that by using nanotechnology the number of connections of the neurons would be increased. The idea is that the internal communication of the neurons would happen by using electricity, and the neurotransmitter used only in the communication between cells. In real life, there would be no limit for the connections of one neuron, except the area on the surface of the neuron is limited. That means that the synopsis, what is connected to the surface of neurons must be very thin if there would be wanted to create many connections, but otherwise, one neuron can have billions of connections, if those synopses are small enough.
The nanotechnology would allow creating the very thin wires, which are made by using fullerenes or in the extreme visions by using the chain of the carbon or some metal atoms, what would create the synthetic connections for those neurons. Those artificial synopses can inject to the body, and then they would be inside the nano submarines in the tiny reel. Then the submarine would travel in the nervous system, and start to make new connections for the neurons.
https://controllingsociety.blogspot.com/
The power of brains of insects is the reason for one very simple thing, and that thing is the neurons of the insects have connections with themselves. Those round or circle connections would allow that one neuron can do many things, and that thing makes most of the insects immune against VX-nerve gas. The reason why VX doesn't affect the bugs is that the bugs don't have synapse slit between neurons and muscle cells, and this would make impossible to get the effect in the synopsis slit, and the effect of the VX-nerve agent is that chemical denies the operate of the enzyme, what will break the neurotransmitters.
And if the human would have a nerve system, where the neurons would have contact with together only with electricity, which means that the neurons must connect straight together without slits, would the neurotoxins like VX lose the effect against that kind of species. The reason, why the wings of the insects are acting so fast is that every muscle cell has one neuron, what is connected to them, this makes possible to react extremely fast because in the emergency situations is only one way to act, and that is jumping to some direction before starting to flap, and the direction is ordering the neuron, what first activates. The order is given by the eye or another sensor, what first activates the neuron.
Learning makes neurons slow
The reason, why the neuro-agent would cause death is that the nervous system simply overexcites, and the reason is that the cell must handle multiple things at the same time. But when we are thinking about the overexcitement of the neurons in the point of view of insects, the situation that bugs would be exposed by nerve gases would make those insects more intelligent and allow them to learn more things than in normal circumstances, because those neurons would let more information to go thru them.
When the insect is young the operation of the neurons would be extremely fast because there are fewer connections to the neurons. And that means that the neurons would act like RISC-processors. They have only one way to act, and that thing makes also the people, who live in the extremely low stimulus field are handling things, what are thought to them very well, but they have problems with things, what are happening in the field, where the level of secondary stimulus is high.
And in those cases "unnecessary data" would cause that the number of connections in that neuron would increase, and it makes them slow. The thing, what would make neurons slower is that even insects like flies are learning things. And the learning process would cause the neurons would get more connections, which means that the neurons must choose the connection, what it uses.
The thing is that there are some ideas, that by using nanotechnology the number of connections of the neurons would be increased. The idea is that the internal communication of the neurons would happen by using electricity, and the neurotransmitter used only in the communication between cells. In real life, there would be no limit for the connections of one neuron, except the area on the surface of the neuron is limited. That means that the synopsis, what is connected to the surface of neurons must be very thin if there would be wanted to create many connections, but otherwise, one neuron can have billions of connections, if those synopses are small enough.
The nanotechnology would allow creating the very thin wires, which are made by using fullerenes or in the extreme visions by using the chain of the carbon or some metal atoms, what would create the synthetic connections for those neurons. Those artificial synopses can inject to the body, and then they would be inside the nano submarines in the tiny reel. Then the submarine would travel in the nervous system, and start to make new connections for the neurons.
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