Helping Factory Workers/Embassies/Living Beings
Humans have been trying to evolve for centuries now. The most complicated part of the brain, such as pitutary gland and the neural network associated to the other receptors of the body is not yet well understood. However, it is only prudent to say that during the last several decades medical science have made a significant progress in trying to simplify the complexities of the human brain. No wonder then then, that simple priniciple of data transmission using electrical signals seems equally complex as the complex architecture of brain. However, when we try assimilate our
brain with a complex electronic circuit, we are unable to replicate the problems.
Where lies the problem then?
It''s simple. If you work in a factory, there is a good probability that the ear receptors would start to get weak over a period of time, because of noise pollution.
What are the governments of many countries doing to solve this problem where workers get deaf during their employment period. Such problems are more serious in third world countries where employment disability laws are not as stringent as they should be.
One of the proposed solutions to this problm would be to understand the neural system of brain. Let''s try to solve this problem theoratically.
Contiguous memory cells of the brain stores the data in one part of the brain and co-ordinates with other part of the brain that controls the transfers the data to other parts of the body. But for the data to be able to reach the brain and for the data to be able to go to the persistent storage there has to be a flawless mechanism. Our human body has been using electrical signals to acoomplish the task. But what if want to be able to manipulate the input data. I guess there has to be a mechanism to stop the input data to reach our mind if the data is nothing but a noise pollution. But the million dollar question is that if the noise
pollution is so high that it can damage our ear then the solution has to be implemented in the peripheral parts of the body such as ear receptors or as an small electronic gadjet capable of deflacting the
sound waves.
It will be extremely useful to avoid noise pollution resulting out of nuclear reaction. Having said that it would not be as easy to create a zone that shields that noise pollution. This part of the problem will be discussed a little later in the article.
If we focus on the simple problem of avoiding the unwanted noise, all we have to do is to be able to
deflect or encapsulate the noise coming our ways. One of the proposed solution would be to create a
vacuum that will not allow the sound
waves to be passed further.
How do we go about solving the problem?
One of the proposed solution should be to use oxidation(reduction) for getting rid of the oxygen from the air on or around the ear so that the medium for transmission of sound waves should be breached. Similar chemical processes should be applied for elimination of nitrogen, carbon and other elements.
Now that we have solved the simple problem. Let''s discuss the more complex problem of solving the noise pollution created by nuclear reaction in my next article.
We will also discuss the alternate way of supplying sound waves to the human brain and how to stop it or use it effectively.
More abstracts about the Neural sensors, its deflectors and the power of human brain