No Pixy Misa.
Neurochemistry is not a bias input in a neuron, its your bias input.
You're not making much sense here. Neurochemicals external to the neuron act as a bias input just like (but more complex than) a bias input to a transistor; they shift the normal operation of the neuron's switching one way or another.
Look it up. That's what happens.
The unique feature of consciousness is the ability to create abstractions(representations of reality) from information supplied by the senses.
Computers do that all the time. So you have a problem there.
This is not because our brain processes reality, its because reality processes our brain.
No.
If no reality(chemicals) gets to our brain no consciousness .
That doesn't support your previous statement. It doesn't even relate to your previous statement.
You can feed it all the abstractions(neuro-chemical signals) you want you still won't get consciousness.
Evidence?
If you are not prepared to start looking at the source of consciousness in the chemistry of the brain then your not going to get consciousness.
Evidence?
Oh and when are you going to answer my question below?
This is why I keep telling people to go and read
Godel, Escher, Bach, and not come back until they're done. It answers all these questions patiently, methodically, and engagingly. It takes 800 pages to do so, but it's 800 pages well-spent.
But I can give you a good example of the qualitative difference, one that's come up several times previously: The sphex wasp, or digger wasp.
The sphex wasp is one of that nasty ilk that paralyses its prey and drags it back to its nest - in this case, a hole in the ground - to act as incubator and food for its offspring.
After finding and paralysing its prey, the sphex wasp will drag it back to its nest, and leaves the prey insect just outside its nest while it inspects the nest to make sure all is well. Then it surfaces and drags the prey into the nest.
However, if, while the wasp is in the nest, a researcher moves the prey insect a short distance away, this is what happens:
The wasp emerges and finds the prey gone. It quickly locates the prey insect and drags it back to the nest, and leaves the prey insect just outside its nest while it inspects the nest to make sure all is well. Then it surfaces and drags the prey into the nest.
However, if, while the wasp is in the nest, a researcher moves the prey insect a short distance away, this is what happens:
The wasp emerges and finds the prey gone. It quickly locates the prey insect and drags it back to the nest, and leaves the prey insect just outside its nest while it inspects the nest to make sure all is well. Then it surfaces and drags the prey into the nest.
However, if, while the wasp is in the nest, a researcher moves the prey insect a short distance away, this is what happens:
The wasp emerges and finds the prey gone. It quickly locates the prey insect and drags it back to the nest, and leaves the prey insect just outside its nest while it inspects the nest to make sure all is well. Then it surfaces and drags the prey into the nest.
However, if, while the wasp is in the nest, a researcher moves the prey insect a short distance away, this is what happens:
The wasp emerges and finds the prey gone. It quickly locates the prey insect and drags it back to the nest, and leaves the prey insect just outside its nest while it inspects the nest to make sure all is well. Then it surfaces and drags the prey into the nest.
However, if, while the wasp is in the nest, a researcher moves the prey insect a short distance away, this is what happens:
....
I hope you get the point. No matter how many times the researcher moves the prey insect, the wasp's behaviour will not vary. It has no capacity for reflection into its own processes.
That ability, that fundamental mental flexibility that separates complex animals from insects, that's what consciousness is when you trim away all the confusion.
If you were a sphex wasp, you would never stop reading this post, not even if you starved to death in the process.