User talk:Krishnakumarmb

COROLLARY EFFECT- A THOUGHT. Krishnakumarmb
COROLLARY EFFECT

Radiant energy or any band of light or radiation emerging from the solar system reaches the earth and other stellar bodies including objects near to planets and satellites, in such ways and directions in which the planetary or other structures have nothing to decide. Solar energy or the radiant energy is more focused, and the quantum of energy directed towards one field differs from the other fields. As presumed, the wave effect and distribution of the radiation pattern, intensity of radiation depending on the angle of incidence, is indicative of irregular pattern of radiant wave action in the sun. Such radiant patterns are a result of the fact that it emerges out of high potential discharges of energy that gets dissociated into diverse components from electromagnetic waves to IR to UV ranges, and slow moving radio active elements floating in the atmosphere. On considering the consistency in certain wave lengths at definitive time intervals at the certain angular positions of the earth, it can be said to be a uniform pattern. In fact, it does not essentially mean that process is identical to discharge of discharges of millions of nuclear reactions taking place on the surface of the sun. Either a generalization of stars based on this concept should be universally acceptable or may be treated as a a mere accidental phenomena, still continuing. Probability that, celestial bodies, an off shoot of a series of combinations, fragmentations and break off of huge voluminous bodies should tell the same story. This could have been in two ways. The first fragmentation of a single mass into different bodies positioned ant definitive spaces, by the inter-fragmental forces of attraction. The bodies attained constant levels of motion and stabilized themselves. Many of the bodies over a period of time tend to dissociate themselves from the field of motion and dissociate from the cyclic process. The formation of the universe is the result of high intensity cosmic storms that carried away huge particulate bodies that got spun and got deposited in layers one over the other. The heavy residues that formed the core heavy structure kept on the motion resulting in friction and getting molten. Simultaneously the particles on the periphery became amalgamated and formed a sheath above it one after the other, a process that lasted for several million years. The drifting of the cosmic currents along with the particulate bodies or the cosmic dust resulted in the formation of the present day universe. The high spinning winds and the particulate motion around the core object resulted in the generation of high velocity electromagnetic waves and radiations around the consolidated bodies. The inner hot core with high radiant thermal energy led to the release of electromagnetic waves around it. Further, the particulate bodies around it in free motion under the spell of these radiations developed free ionic charges and later on started discharging into the central body. Some of these charges were so heavy that it continued to create a steady flow of discharges into the inner surfaces. Part of this radiant energy became released to the free space. All the planets and stars are formed as a consolidation of the cosmic dust, this is a continuous process. Once any of the stable bodies loose their dynamics, it will unwind itself back into the dust; particulate size of such dust may be as small as ant of the satellites of Uranus or be bigger than the Jupiter. Preliminary configuration of galaxies was due to the consolidation of such cosmic storms. In the formation of the universe, the stability of each of the galaxy was the first major development. Galaxies got spaced out, at considerable distances mainly due to the polarization of the ionic shift in the particulate bodies. It is high temperature matrix of accumulated molten high energy state particles and their electromagnetic behavior that initiated a spinning motion of the globular masses – that we see as the stars and their planetary systems and satellites. Emission of charged particles along a plane, results in a broad spectrum of bands with varying wavelengths. Each band of identical wavelengths accrues different characteristics of motion, and functional values. Even though, at the point of emission, all the particles have the identical charge and characteristics, such variations are accrued, immediately after emission. An intersection of the path of emission is inferred to create a phenomenon here explained as corollary effect. Corollary effect accounts for the oscillation, and hence, depending on the angle of the paths uniform colour patterns are observed. Corollary effect implies that the sun or the stars are not fully composed of hot burning gases or as said to be a voluminous nuclear reactor. It is only a certain area of the sun that emits radiations. The sun is much cooler below and certainly has a solid structure. The internal motion of these solid mass results in the formation of a high density particular movement, each particular movement generating lighting flares. It is the voluminous lighting flares on the outer atmospheric layers, perhaps several thousand miles away from the solid crust that is resulting in the glow effect, and these streaks represent an intermittent continuous flow of charged particles or as we see the sun or stars as glowing objects. It can be a phenomenon by which the Continuous emission of identically charged particles from the same point, results in the deflection of each particles away from each other. The rate of deflection or deflectance is determined by the initial velocity of the particle as it shoots off from the source, mass of each particle, and the final velocity after deflection. As the emitted charge become high particles by the value of its own charge and the charges of the adjoining particles close to it. Each particle, thus emitted from the point gets spaced out and traverses at a velocity that is greater than it emerges. Such spacing and an elevation of the charge itself accounts for the conformation structure of the charges. So every charge that emits out of a point has corollary band and staminal band. Corollary band of charges circumvents around the point of origin and will give formations structure. This corollary fountain so formed will create a compressed charge free space, which has a highly repulsive field, the charges emitted through that field gets shot off at higher velocity than the corollary charges. Every particular charge is like a globule depending on the number of charged particles emanating from a given point or surface, and the plane of the surface, the corollary structure will vary. Such variation will be in determinant in the deciding factor of the charges.

Corollary field effect accounts for the characteristics of charges into λ, β, γ and it depend upon the surface of emission. As the charges start emitting the first set of charge along with track of the following ones tends to create a concentric ring of fields. Such rings have a zone of reflectance through which further particles cannot traverses; this will be the determinant feature in deciding the path of the emitting charges. In a linear pattern, when it is towards the periphery, the charges will get deflected along its course and therefore tends to take a curve leading to the corollary effect. The corollary effect, results in the curviest of the charges towards periphery as there are no charges to the outer surface. The factors which account for the corollary effect and the characterization of the radiant particles or emitted particles accrue positional values. The central ones that are shot off straight from the source form the stylus characterized as λ. The λ charges are having the highest velocity as the β, γ۵ the corollary create a core of deflectance. The λ particles shot out through this core have added velocity all along its path. It is this cumulative effect that creates an oscillation along its path.

The amplitude of oscillation determines on surface of emission and the amount of particulate emission. Any emission of charges is pulsatory. The amplitude of oscillation therefore is determined by the rate of pulsations and this along with the value of the charges and the number of charges per unit pulse determines the oscillation of each charge.

Although in an identical condition a model can be created whereby the charged particulate emissions do not have any medium through which it traverses, practically it is impossible to consider that it can be said that the medium is spaced away from the emission. Even when vacuum is created, the surface of the system in which such a vacuum or free space exist, is indeed subject to the conditions of other charges or fields or forces. 0g or zero gravity force or 0c or zero charge or charged free situation is not possible. So all the considerations or constituent factors that determine the corollary effect is inclusive of the extrinsic and intrinsic factors, which add to the amplitude of oscillation, however negligible it be.

Characteristics of the charged and its values have a constancy and constancy at the source origin and emission. The stylus or the λ components due to its forced emission through the spaces created by the repulsive force of the particles moving parallel to it. Therefore, the amplitude of oscillation is identical in the same band of λ, β. Γ and corollary layers or it can be said that from the same source, the same charges that emerged accrues different wave lengths and hence we get different bands or spectrum.

Practically, we may not get such a well differentiated spectrum, in the third term; it can be sketched along a plane. The corollary effect, as the emission occurs from a large area, the behavior of the emitted particles or the charges can change its conformation and configuration.

Continuous emission along the same plane through the spaces created through the repulsive forces can create high levels of energy and charge the wave properties at a certain distance from the source. The properties of the source in terms of all energy levels, including thermal energy, will be comparatively lower than such a function at a distance.

To say, emissions from a globular structure can create another high energy level layers larger than the source. A smaller radiant source, this can give a magnified to give (the corona) effect due to the corollary effect as seen in the case of stars. The core crust, however small it be the potential emission makes it look phenomenally large, and as the emission reduces, the colour pattern changes to blue, to red and finally left out in a black structure. When we take the case of stars, the actual size of the star will be less then one tenth of size of the glowing structure. Corollary effect is visible in stars and all flowing structures. Very often an insight into self organized critically of sizes and shapes are discussed. Why mountains look so? Why does the wave roll? Why a flower is shaped so? Wherever any formation takes place along leniently flowing source let it be air or water or fire, the effect gives, a corollary structure or carving in. It is the corollary effect that makes the sun look red in the dawn and dusk. Earth gets the corollary layers of the corona gets exposed to the earth. To conclude, the emission of identical particles accrues different characteristics of motion and oscillatory properties after emission, due to corollary effect. It is the corollary effect that gives a uniform or full band of spectrum, due to frequency changes. Even though the rays of the sun fall in a particular angle, we get only a rainbow, and never, we get clouds in a single band of the spectrum, but as dark or white. We can see a rainbow, not that all the clouds look green, or blue or red.