Thursday, 13 December 2012

Higgs Boson The Oscillator

I-                  Introduction

In this post I would like to introduce you to the disinfection of the matrimonial baggers of the Lithuanian microscopic sediments. The essential point in this post is around Higgs boson mechanism;
means how, why, where, and when Higgs boson exercises it's influence on other subatomic particles?

What we already know is; that there are eleven nodes and eleven oscillators driven from the suggested supersymmetry theory which I explained through drawings and definitions published in earlier posts.

In particle physics the most important paradox is the annihilation of particles where quantum and momentum are conserved, the result of this paradox is the genesis of new exotic particles. 

Our subject here is the objection of the insurrection of Higgs boson mechanism. The main cause of the information below; which comes in two parts, a definition and a drawing is to understand the correlation between the properties inside the eleven oscillators.

Believe it or not!! Everything is built on the base of a sinusoidal wave exactly the same as the DNA; meanwhile the conjugation is the perfect key to discover the world of electronics.

Now the resolution is bright and clear to see Higgs boson as an oscillator. Please note that in each time new information is acquired; a definition and a drawing will be added to this post to explain our subject further more. And as long as there is no conclusion yet; this post will be in a state of continuity.

II-              Definitions and Drawings

1- A node: Is a point along a standing wave where the wave has minimal amplitude. For instance, in a vibrating guitar string, the ends of the string are nodes; by changing the position of the end’s node through frets, the guitarist changes the effective length of the vibrating string and thereby the note played. The opposite of a node is an anti-node; a point where the amplitude of the standing wave is a maximum this occurs midway between the nodes.

 2- OscillatorOscillation is the repetitive variation, typically in time, of some measure about a central value (often a point of equilibrium) or between two or more different states. Familiar examples include a swinging pendulum and AC power. The term vibration is sometimes used more narrowly to mean a mechanical oscillation but sometimes is used to be synonymous with "oscillation". Oscillations occur not only in physical systems but also in biological systems and in human society.

3- Acceleration:  The special theory of relativity describes the behaviour of objects travelling relatively to other objects at speeds approaching the speed of light in a vacuum. Newtonian mechanics is exactly revealed to be an approximation to reality, valid to great accuracy at lower speeds. As the relevant speeds increase toward the speed of light, acceleration no longer follows classical equations. As speeds approach the speed of light; the acceleration produced by a given force decreases and becomes asymptotically small as light speed is approached; an object with mass can approach this speed asymptotically but never reach it.

4- Energy and Matter, E = MC2: Energy can neither be created nor destroyed, and energy in all of it's forms has mass. Mass also can neither be created nor destroyed and in all of it's forms has energy. According to the theory of relativity; mass and energy as commonly understood are two names for the same thing, and neither one is changed nor transformed into the other. Rather, neither one exists without the other existing also, as a property of a system. Rather than mass being changed into energy the view of special relativity is; that rest mass has been changed to a more mobile form of mass, but remains mass. In the transformation process, neither the amount of mass nor the amount of energy changes, since both are properties which are connected to each other via a simple constant.

5- The Sine Wave or Sinusoid: Is a mathematical curve that describes a smooth repetitive oscillation. It is named after the function sine. It occurs often in pure and applied mathematics, as well as physics, engineering, signal processing and many other fields. The sine wave is important in physics because it retains it's wave shape when added to another sine wave of the same frequency and arbitrary phase and magnitude. It is the only periodic wave form that has this property. This property leads to it's importance in Fourier analysis and makes it acoustically unique.

6- Quarks Assumption: Is the state of quarks stability due Higgs boson oscillation.

7- Correlation Function: In statistical mechanics is a measure of the order in a system, as characterized by a mathematical correlation function, and describes how microscopic variables at different positions are correlated. In a spin system; it is the thermal average of the scalar product of the spins at two lattice points over all possible orderings.

8 - Free-Energy Relationship or Linear Gibbs Energy Relation: In physical organic chemistry, relates the logarithm of a reaction rate constant or equilibrium constant for one series of reactions with the logarithm of the rate or equilibrium constant for a related series of reactions. Establishing free-energy relationships helps in the understanding of the reaction mechanism for a chemical reaction and allows the prediction of reaction rates and equilibrium constants.

9- Higgs Boson Reconstructions: In addition “I know that the perception of Higgs boson contradictions is influenceable by accuracy; means that the conceptual is perfectionist. As human precision is incapable to detect these occurrences of Higgs boson reconstructions, in spite of all technologies used to understand it, it is still a mystery.” In condition “substrates are subsequent of Higgs boson mechanism; means that the conceptual is definitely right, because instead of limiting the conceptual, a serious investigation of what it has been presented in this blog would be a wise reasoning”.

10- Recreation of the Hypothetical Higgs Boson: We already know that Higgs boson is an insulator (Please check “Ink and Diamond post”), what is fundamental is that the assumption is equal to a sentinel in cryptology. Higgs boson insurrection on physical laws is plausible upon the conjugated systems, where molecules are joined through p-bonding; this explain the insulation of the universe and the existence of holes where electrons, protons and gamma rays are free to travel horizontally and vertically, nothing else is allowed to do so. On my experiment on Rugosa corals (Higgs boson) the production of diamond was possible due the joined gathering of carbon atoms through P-bonding; this represents a conjugated system in itself. The invocation of letter conjugation in Figure (F22a) is a perfect explanation to Higgs boson insurrection and insulation.

11- Higgs Boson Assumptions: Are the states where Higgs boson becomes stable, in the figure bellow we can see (6) forms of assumption representing Higgs boson stability.

12- Higgs Boson Manifesto: Unconditional substrates are the key to innovation; in addition “I think that the conception is a valuable thing, so the interactions of the connected subatomic particles are due to Higgs boson oscillation. The conception is decisive, metamorphic and soluble”.

13- Higgs Boson Decoding: Is a substantial catenation to the aberration of the insulin.

14- Higgs Boson Auto-Destruction:

14- 1 Particle Connection around Higgs Boson: The availability of Higgs Boson is the perfect way to understand it’s destruction; by looking at the graph shown bellow we understand the composition and the manners of the cycle of the particles participating in the destruction of Higgs boson.
The different colours used are taking places to show the connection of these particles around Higgs boson. The list of the particles is indeterminate yet, and is indefinite. As I said my experiment is still live and each time a particle is generated; it’s addition will appear on future graphs. Remember in the super symmetry the particles are spread in latitude and altitude manner.

14-2 Particle Influence on Higgs Boson: Systematic has a grand role in defining the kind of particles which are around Higgs boson. Let’s suggesting that the blue particles are “Mamers”; their number grows from (12) to (48). Now we know that there are (48) different particles under different names and they have different characteristics. Not only that but they can develop to the infinite. In the first case “Bottom left” the commemoration is forbidden as it has a straight link to Higgs boson.

14-3 Particle Presence around Higgs Boson: Particle Presence is an indirect obstacle that permitting innovation of Higgs boson Cycle. The yellow particles shown on the Graph (3) have an indefinite number; their participation in Higgs boson Cycle is imminent, these are called “Yellowish Particles”.

14-4 Particle Physics Manipulation: Is a wonderful era of imagination of Particle Physics beyond humans' knowledge. Thus manufacturing could take a great advantage by opening their pockets in order to substitute the correlation between particle Physics and the industrial world.

14-5 Higgs Boson Arrows: The constitution of Higgs boson is unknown and flat; meanwhile the paparazzi are giants to human eye, the subject here is to suggest the idea of Higgs boson Arrows; they are simple particles with red colour, they are capable to transferee ammunition to the heart of Higgs boson, by this an electromagnetic field is created. I also found that “Reddish” is a suitable name to this kind of particles.

14-6 Higgs Boson Manifestation: Brownish Particles are supposed to be the first in the trinity due to their colour charge.

III     Conclusion

After all what it has been said is just a hypothesis in which the reader may find a work of art. This post comes to it’s end, in consequence by joining the matter at it’s end; accordingly frames are still under observation. The question is; do we require a more sophisticated technology? I suppose yes.

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