The Unified Field Discovered At Last (by Allan Poe Bona Redoña)
The equation for the Unified Field was considered an ultimate question last 2nd Scientific Revolution.
The Ultimate Questions
When Albert Einstein died in 1955,...At his death he was trying to synthesize the two in one set of equations, one " Unified Field Theory." This problem still remains unsolved-as do other cosmic questions...
- Bergamini, David et al.
The Universe Life Nature
Library, p. 177. Time Inc.
New York, 1969
Einstein's Unified Field Theory is "a single theory to explain gravitational and electromagnetic fields. He devoted the rest of his life to this task but was ultimately unsuccessful in his quest" (Physics Today The World Book Encyclopedia of Science, p. 141, World Book, Inc., Chicago, 1987). He was in almost right tract, though it was incomplete, for the true Unified Field is about the effects when the master tenderic entity stretches out at one direction yet exerts effects at various directions, so that those effects (electrostatic, magnetic, & gravitational) are originating from a common source and are differed by orientations or functions.
A year & half century after Einstein's death, the theoretical model for the Unified Field Entity was at last sketched out and another more than half decade this elusive model was known by an Emaciated man of the Philippine Islands in the far east. Allan Poe Bona Redoña's guideline was the message in 1Thessalonians 5:21. First, he had supposed that a planet-like charged subatomic particle was composed of magnetons in the northern, electrocargons in western, gravitons in left, and photons in right photenderons, magnetenderons, and electenderons, which he conceived when he saw a drawing of a Mobius strip. but this did not fit the explanation for the whereabouts of the quarks in proton. Redoña has tried many drawings and found out the consistency of the perpendicularity of magnetic and electric phenomena and the existence of photons & gravitons in conversion of protons or electrons. It is a fact that electron radiations can be converted into radiations of photons, hiding the Faraday magnetic, electric & gravitational properties of the former. His diligent search for the knowledge was not completely interrupted by the shortcomings of papers & pen, for even on some strips of paper & old papers he could write and he had refilled his ball-pen by the residues of some old ballpens.
Fastest
The fastest velocity that an entity can attain is the speed of light, which at present has a value of 299 792 458 meters per second, and the entity which can move at this velocity is the tiniest thing - known as photon. Quantum is a photon or a group of photons propagating at the speed of light. There are cases that a radiation of quanta can be decelerated, so that by retro-deduction, the possible fastest acceleration can be attained by a particle is the speed of light per second, which can be determined by the equation
a = mc2 c / h ,
- in which the tendency of the energy (E) to transform into mass (m) is expressed as m c2 , so that
a = E c / h
the energy is equivalent to m c2 (or mass times the speed of light squared), in which the mass' possible fastest acceleration ( a ) is the speed of light per second.
By invoking the Newtonian relation and Planck's constant, we can know the possible gravitational radius of the lightest quantum (a photon) by the square root of the followings: G m / a , G m /( E c / h ), G m / (mc3 /h) , G m h / m c3 , and G h / c3 , which every one is = r , 
- in which G is the Gravitational constant, m is the mass-energy (in kilogram) of the photon, a is its fastest acceleration, E is its energy-mass (in joule), c is the speed of light, h is the Planck's constant, and r is the lightest quantum's (or the photon's) radius (in meter) well known as the Planck length.
It is now clear that the Planck length is not the Schwarzschild radius but the lightest or energetically weakest quantum's radius. The weakest quantum is composed of one photon. If there is a weakest, then there is a heaviest quantum, which is calculated by
mp = squareroot ( h c / G ) ,
where mp is the Planck mass.
Heaviest Subatomic Particle
Planck mass is the heaviest quantum when converted into subatomic particle, if it is attracted by another identical mass exerting a force F at a distance d :
m p = squareroot ( h c / G) = squareroot (F d2 / G )
Absolute Components of Subatomic Particle
Photons of quantum are the absolute contents rays or electron rays can be converted into gamma rays, which are composed of photons. Therefore, electron rays are absolutely made up of beta photons. Thus, a beta photon can represent a photon.
Photon's Electric Charge
We can calculate beta photon's electric charge by the equation
beta-photon's electric charge = E e / Eβ , or 
- where E is the quantumic photon's energy-mass (6.626 068 96 x 10-34 joule), e is the ionic electron's electric charge constant (1.602 176 487 x 10-14 joule), Eβ is the beta electron's energy-mass (in joule).
The energetically weakest quantum, which is composed of one photon, has λ 299 792 458 meters and has energy-mass of Planck's constant per second.
With Planck length or photon's radius we can know thew internal magnetenderic flux density of the photon by 
- inwardly-magnetenderic-field (in tesla) = photon's momentum (in kg m/sec) /photon's electric charge (in coulomb) x photon's radius (in meter).
The Sketched of the Unified Field
According to Einstein's famous equation E = m c2 , the absolute constitution of matter is energy ( E ). The formula has another implication, it suggests that the absolute constitution of energy is but c2 or constant velocity squared.
The meter squared ( m2 ) is easy to visualize. How about the constant velocity squared?
Visualizing it is important for our endeavor to know the configuration of the Unified Field.
Our clues are the (1) constant velocity, and (2) the two directions (i.e. square).
The two direction of square meter are up-down and, crosswise-ly, side-side.
For velocity these directions are (1) action, and (2) reaction. Therefore, if a strong force is caused to act from center to west, perpendicular reactions will happen from east to center and from north to south and these perpendicular dual reactions as one action in the cc happens in mathematically represented
μo x εo = 1 / c2 ,
where μ0 is the magnetic constant, εo is the electric constant, and c is the speed of light.
The equation suggests that in one action on the absolute constitution of the energy properties of space are created.
In our condition we can perceive c2 as E/m (energy over mass). This has an implication that the properties of space is but mass over energy.
μo x εo = m / E
The absolute constitution of a mass, when decomposed, is but the energy (E). Energy is the expenditure of mass in space properties ( μo x εo ). And energy is the pulse of light , i.e. a photon or a group of photons.
Photon is made up of unified electric & magnetic fields.
The internal magnetic field of a photon is strongest, sucking in northern portion and protruding in southern part and it bends the electenderic charge of the west.
Electendenric field is 1/2 magnetenderic field bending at the velocity of light toward and/or away the magnetenderic pole.
The master entity has a property of dual-perpendicular effects when stretches. The master entity with these effects (electenderic & magnetenderic) is what we called photon.
When the western portion of the master entity is stretched outwardly, a shallow from northern toward its southern part exists. 
- The western stretches portion is the negative electenderic charge, while the swallowing portion is the north magnetenderic field
- Two crosswise effects exists, creating the four directions. The third effect is the tension they form in their center which is gravitenderic.
The stretching to the west has an opposite effect: the sipping of the eastern part, which is identified as positive electenderic charge.
The swallowing northern part has an effect: the protrusion of southern part.
The distance between the tenderic center and its edge is constant velocity ( c ) times Planck time ( tp ). If magnetenderic field is barked up (1/2) and bent at the velocity c from southern to eastern part, the result is electenderic field. Both magnetenderic and electenderic fields are active for internal or self configuration of the photon.
Planck time ( tp ) is the time consumes as the tenderic field inside a photon -from center to edge- stretches at the speed of light ( c ) at a distance of Planck length, giving the radius ( r ) of the photon.
a = G m / r
The internal tension (igF) as the tenderic fields are curving or bending to from a system (i.e. photon) is possibly the strongest force, although acting at tenderic distances (i.e. within the photon).
igF = c x inwardly magnetenderic field x photon's electenderic charge
Tenderic System
A single photon is a tenderic system of the unified electric & magnetic fileds. A group of photon undetected to Faraday field (or traditionally, is electrically neutral) is a quantum. In the tenderic system, the coition (conjoining) of two opposite fileds is the force.
The internally active electric and gravitenderic forces are much stronger than externally active force.
Photon of quantum is electrically neutral in terms of Faraday force field detection, but electenderically charged in terms of Rabistern field detection. Although magnmet's Faraday field cannot detect the magnetism of a quantum, but the atoms of an object can detect it.
Photon of quantum has electric charges and magnetic field but those are effective within the atomic Rabistern field distances.
Photon is not matter, nor it is an antimatter.
However, gamma photons can be converted into beta photons to construct matter.
A beta photon's electric charge is approximately 1.296 689 x 10^-39 coulomb. It means that an electron with energy-mass 8.187 104 382 37 x 10^-14 joule is composed of approximately 1.235 589 9 x 10^20 beta-photons, if each beta photon has an energy-mass of 6.626 068 96 x 10^-34 joule.
Photonvolt (beta photonvolt or betonvolt)
One photonvolt is the energy required to drive an electron's beta photon through an electromotive force (potential difference) of 1 volt. It is equal to 1.296 689 451 256 754 664 x 10^-39 joule as a kinetic energy for, example, radiating electron's beta photon or 1.296 689 x 10^-39 joule per coulomb, which is numeriacally identical to the beta photon's electric charge.
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