Theory, quantum ( corpusculare ) of nervous impulse. The living body absorbes and transmits electromagnetic waves and quantas. These quantas ( photons in the case of the eye ) move from the perriphery to the center, and reverse. The action undergoes an intermediate operation of the nevous fibres on the base of variations of the potential electricals and the cell’s positions of the ions Na+ and K+ ions. The impulse is something real, objective, and it is a quanta guided through the nervous fibres. As so, it possesses a mass and a perfect definite frequency withaut variance between animal species. I am using for consideration the organ of vision : the eye. On the level of the cones, rods and pigments, a series of biophysical and biochemical operations take place along with the Na+ ion inside the membrane of the nervous cell. The ionical wave of the nervous impulse moves in and out of and is guided by the optical nerve ( explanation following ). The photon passes over the leveel of the rods; arrives inside the axis under the membrane. At this moment there is contact between the Na+ ion and the photon. The exterior orbit of the Na+ ion is in sense free, it doesn’t contain the valance of the electron. Also, at the moment of the contact between the Na+ ion and photon; the photon is not absorbed from the Na+, from which it irradiates. The possible levels of the movemtnt of the electron exist even if the photon errors. Indeed, they are only under the depence of the atomic nycleus. Exactly on these levels, lelctromagnitical waves which having the same length of the waves coming from the irradiation of the electron when the electron when the electron passes from one level to the other with out becoming fully an integrated pert of the ion. I will state that the length of the irradiated waves through the eledtron of the exterior orbit of the natrium atom is comprised between 4044 M and 7443 M and along the length of the waves which could be absorbed from the eye is between 4000 A° and 7600 A°. In the measure of the inferior limit ( 4000 A° ), the possibility of mistake cannot be excepted. Concerning the superior limit ( 7600 A° and 4443 A° ), there still must exist a level, which does not exist for the electron, but appears in the case of the photon. Now, as follows, I will give the scheme of the passage of the photon from a Na+ ion to the next one. The description of the scheme specifies the passage of the photon in the membrane ( Diagram follows ) : The activity, Stage I ( beginning of the impulses ) : passage of the photon to the Na+ ion. The Stage II ( refraction period ) : the photon passes from the first Na+ ion into the empttyness which separate the two ions. The Stage III : the photon passes on the 2nd Na+ ion. The Stage IV is analogous to the Stage II ; what changes is the directioon of the moving photon. The Stages V, VI, VII, VIII are analogous with the stages I, II, III, IV. In this way, the photon is passing towards the optical nerve. To test and verify the quantik theory of the nervous impulses, we need to constract microphotoelement.. This microphotoelement will be applied to the live optical nerve, between two Na+ ions placed in the interior of the membrane of the axis of the optical nerve. To conclude, I want to say that though is not an abstract process, but it has a real material base. It is the result of the collaboration of diverse substances of diverse magnetic fields on a definitive of univers and a determinate moment in time. Stef Staku. Tirane. October.1981.
Posted on: Tue, 27 Aug 2013 20:21:59 +0000
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