Planetary Dynamics of the 12^th Planet

Short Summary Distance Table Derivation of the Distance Table The Pole Shift

   Presently many have questions concerning the unusual weather patterns, global warming, constant auroras and icecaps melting on Earth, presently at an unprecedented rate. Speculation and theories are now running rampant, but consensus points to global warming, but with the future of mankind on the line why does the US ignore world views? The true cause is unknown to most of the world's scientists, but it is an interloper that has arrived into our inner solar system presenting a new threat. We will examine planetary dynamics of this 12^th planet, its orbital path, and the resultant effects on a global scale during passage, plus distance & timing to the Earth. This information will provide some insight to the mystery.

   To begin, we will discuss some of the features of the 12^th planet, which is unfamiliar to our science, life on another world. The 12^th planet’s natural or dominant form occurs when the planet is slowly moving within the gravitational null point (a gravitational null point is where the effects of attraction between opposing gravitational masses is neutralized and only original momentum of the mass determines velocity for passage thru this neutral zone) of our Sun and its dark companion, which encompasses the area around their shared mid point. The 12^th planet, approximately 29,000 miles in diameter is similar in size to our planet Uranus. The similarities between the two planets end there. Present day cosmology has planets similar in size to our Jovian type planets, evolving as gas giants. Contemplating the origin of the 12^th planet, we must examine the creation event in of this part of the universe, the Milky Way galactic sector. Billions of years ago, this area of the universe was under extreme compression due to a galactic size Black Hole, which capture most available matter. The gravitational force increased to a point where movement on the subatomic particle scale, locks down. With nowhere to expand, this energy provided the trigger initiating an event that tipped the balance of gravity and repulsion on the atomic level from compression to expansion, the Black Hole exploded, hence the Big Bang. Scientists do agree upon this general scenario, but this event was a local drama while the rest of universe went on. The elements clumped expanded from the center seeking equilibrium. As time passed masses coalesced. The 12^th in its molten state still surrounded by the primordial hydrogen clouds interacted. Oxygen expelled from the planet ignited with the hydrogen and water formed. Attracted by gravity it fell upon the surface and cooled the crust. Due to its random location all available hydrogen gas was exhausted, resulting in most of the planet being covered by water (In the case of the gas planets and stars, this process continues to attract hydrogen and the mass of the planet expands due to water to the point where gravity alone attracts hydrogen and it grows in proportion to available hydrogen gas. Hydrogen and its molecular combinations, overwhelms the rocky core and builds. The heat produced by the core is dissipated by the mass and hydrogen gas and molecules freeze into a state varying between liquid and solidification, layer after layer. The gas giant is born if process of hydrogen absorption halts here. Further steps move into the realm of lit and failed stellar masses.). The newly formed cosmic masses settled into a niche where the forces of gravity and repulsion balanced. In an unusual event in the universe, 12^th planet settled in a gravitational neutral zone between the Sun, which proceeded to light and another stellar mass equal to the Sun. the mass due to its internal structure, remained dark. With a slight initial momentum, left over from the Big Bang, the 12^th planet fell towards one of the gravitational masters (the Sun or the Dark One) and its bi-stellar orbit was initiated. The 12^th planet also has a ring system surrounding the planet like Saturn with an accompaniment of several captured moons. These series of rings, segmented by mass and density of the particulate, rotate along the equatorial plane, pushed by the angular momentum of the repulsion force. The rings are composed assorted fragmented cosmic matter and dust partial composed of iron oxide, attracted by the planet’s strong magnetic field. The position and formation of the rings are kept in place by a thin outward force emanating from the equator, the repulsion force and its return flow and eddies composed of gravity particles moving back into the center of the 12^th planets’ mass. This action compresses the matter contained within the rings into a narrow plane. It's moons scattered about the sky on the far side of planet, trailing behind the planet forward momentum, swirl about each other while maintaining a pecking order of distance from the planet. Their separation is determined almost exclusively by their mass in conjunction with trying to find a balance between planetary gravitational attraction and the repulsion force emitted from the other captured moons. The features and planetary properties of the 12^th veer away from standard theories related to astrophysics. The 12^th planet is not a gas planet due to its size and proximity from a lit stellar mass as most scientists would conclude, but a rocky planet similar to Earth, although has a greater proportion of water to land mass. When amateur scientists observe this fact, the old school will be dismissed. Its orbital profile, a rare event in the universe travels between two binary stellar masses, one lit, the other with a subdued fusion process that is totally absorbed by the mass and dissipates into space without a buildup of heat energy to create light subatomic particles in the visible spectrum, thus a Dark Star. Mankind baffled with the many aspects relating to the creation the universe and its many mysteries have proposed the theory of the Big Bang and controlled expansion of the universe is left with a query, where is the mass that gravitationally holds the universe together? Some have speculated that is Dark Matter unseen and undetected or a Dark Energy, a force that repels and cements our universe. Theories have been put forth, that this force may control or slow expansion of the universe. The idea is a start, but it is the unknown repulsion force, when discovered officially, will be the counter force that balances gravity. The 12^th planet has another common feature of our solar system, an accompaniment of moons. In our inner solar system (Mercury to Pluto) moons revolve around the planet rising and setting at different intervals during the day or night. Instead with the 12^th planet, all the moons would rise above the horizon of a rotating 12^th planet approximately at the same time depending upon the angle of dispersion between them, while trailing behind the planet. The moons line up in a wobbly snakelike row of cascading dim globes that dance and spin in a whirlwind formation as they are attracted and repulsed by the 12^th planet and each other, they shift rapidly as opposed to our Moon about a gold tinted red sky of perpetual daylight, similar to Earth’s early morning light.

   There is a new phenomenon of continuous self-lighting and heating occurring on the 12^th planet (Brown Dwarf) now being addressed within the circle of elite scientists of astrophysics. This is not the norm (stars warming and lighting the surfaces of planets) in the universe. A Chemical process, occurring deep within fissures on the ocean floor, produces light on the 12^th planet. It is in the core of the 12th planet that the differences arise. In our Sun, there is a smaller proportion heavy elements to hydrogen nuclei present in the core compared to the 12^th planet (For those contemplating this new idea, one only has to look to the Sun’s magnetic field. It is the accumulation of iron in its core that is responsible for its powerful magnetic field.). This allows the fusion process to proceed at a rate where the energy produced overwhelms its mass dissipation rate, consequential there is a build up of energy, resulting in a stellar mass that lights. On the 12^th planet, the fusion process is contained to a very small area in the center core where the force of gravity provides sufficient compression of the hydrogen nuclei to fuse into other elements, primarily helium. The fusion process, dampened to a slow burn by a larger proportion of heavy elements (a good proportion composed of iron, which is the reason for its unusually strong magnetic field) to hydrogen nuclei. It is similar to the process of adding or removing control rods in a nuclear reactor to control the rate of reaction. Energy is released in a controlled or muted manner and transferred to the surface of the 12^th planet. The energy originating from the 12^th planets’ core is absorbed by the magma flowing near it. This moves the magma to an excited state; its lower density pushes the magma towards the surface. Immense breaks in the crust acting like pressure relief values, allows the magma to be exposed and interact with the surface environment. Most of these fissures are located under the oceans, which cover over 85% of the planet's surface. As the molten matter in the magma is cooled moves from an excited state down to a state of equilibrium a chemical process, energy is released in the form of light and heat. In the case of light, the majority of is dispersed in wavelengths near the red end of the spectrum. The rate of heating of the crust is dependant upon the conductivity and thickness of the crust, which in most cases is warm to the touch on the 12^th planet.

   The internal heat produced by the 12^th planet is a by-product of molecular activity set in motion by the fusion reaction in the core. The liquid core of the 12^th planet with a heavy concentration of iron, always trying to find a state of equilibrium, is constantly in motion. The magnetic and gravitational properties of the core, allows it to be attracted or repulsed to outside zones in the universe only to reach the target area and a new zone of attraction or repulsion takes over. The constant chasing of mass in the core causes core movement, which drags the solid crust due to friction creating heat and to the surprise of mankind, rotation of the planet. Heat, a by-product of rapid movement of molecules within the 12^th planet is a lubricating subatomic particle. These particles are responsible for transferring energy from a mass in an excited state to a medium in a lower state, a process of equilibrium. The heat particles flowing under the crust, rises through the landmasses and seafloors radiating throughout the planets surface. Even though the land and water absorb heat at different rates, the constant flow of heat particles from the core of the 12^th planet, results in the oceans and all land masses maintaining the same even temperature, due to equalization over time. These temperature variances near the surface atmosphere are minimal. The flow of wind currents on the 12^th planet are different, than here on Earth. On Earth, subatomic heat particles emanating from the Sun are carried to this planet via the solar wind and particle movement. These heat particles strike the surface of the Earth at varying intensities depending on location or angle of contact with the Sun. Once absorbed by the surface of the planet, heat is radiated at different rates from the land and water, creating localized air masses that flow and spin at different rates and directions across the surface of our planet Earth to compensate for pressure inequalities in the atmosphere and latitude (high and low pressure zones). On the 12^th planet, the even surface heating creates atmospheric drafts flowing in an up and down motion. The oceans and exterior crust of the 12^th planet warms the surface air. Creating a continuous cycle of updrafts with surface air warming and rising and the cool air in the upper atmosphere falling to take its place. So breezes mainly occur only at the points where the air draft turns upwards or down draft intersection points. Winds, normal here on Earth, blowing across the surface of the planet, are almost non-existent on the 12^th planet. Though, as the 12^th planet drifts into the inner solar system, solar heating from the Sun does occurs within the few weeks the planet is within close proximity stirring winds to crop to some extent upon the surface of the 12^th planet.

   Astronomers observing the 12^th planet for the first time will notice a diffused fuzzy appearance, due to Two factors: First, the passage of the light through the depths of the oceans, and second, the artificial dispersion and reflection of heat and light subatomic particles from gold isotopes floating about in its atmosphere. The oceans similar to those on Earth bend and break up light waves from varying depths due to subtle ocean wave actions and refraction principles. Secondary, the gold isotopes with qualities of low density and high reflectivity alter the appearance atmospheric properties of the 12^th planet. After artificial dispersion of the gold isotopes, they float in a dust like particulate form in what would be similar to our ionosphere. An artificially produced charge on the lower fringes, repel the isotopes towards space and gravity then attracts them back. This constant cycle of repulsion and attraction takes a toll on the field as those isotopes pushed to the edge where they are torn away and depletion sets in. There is a constant need to replace the gold, hence the mining efforts throughout the solar system. The gold isotopes reflect and scatter heat and light back to the planet's surface, thus an ultimate form of energy conservation for this civilization (insight can be gained by examining Roman and Greek cultures, which was heavily influence by their culture. With their advanced scientific knowledge and doctrine of not mixing with the locals many legends on Earth were spawned all with an element of truth.). It is similar to how cloud cover retards heat loss on Earth from escaping into space. When one stands upon the surface of the 12^th planet and gazes into the heavens, the beautiful vision of this off world planet he would behold, would shimmer with what seems like an infinite amount of subtle golden tinted red sparkles scattered about a faded red-pink pastel sky. What is amazing is that the heavens are still visible against the backdrop as light is scattered throughout the sky upon a soft dawn.

   Examining the orbital distance from the 12^th planet to Earth, one should know that the 12^th planet orbits both binary stars continuously every 3,657 years. One of the foci, the Sun in this orbit, has a set of planets revolving around it. The other foci, the Dark One, are a star orbited by space trash; similar to the debris orbiting in our asteroid belt, this star has failed to light shortly after the localized big bang in this sector of the universe. The Dark One, a cosmic object of similar size and mass to the Sun, is located 11 degrees below the orbital plane of our solar system. It is approximately 68.81 billion miles away in the direction of the Orion constellation. During the 12^th planet's travels through our solar system, it has affects all planets differently according to their mass and proximity when it comes through. Some planets like the gas giants, being of equal or larger mass has faired well due to the repulsion force, which keeps the two masses from colliding. Other smaller planets and moons have not done so well, now only appearing as asteroid remnants and comets that move about in the belt between Mars and Jupiter and the odd orbits about the Sun in deep space depending upon the resultant angles after collision.

   

                           Diagram 1

In this diagram the usual orbital path of the 12^th planet is shown to be a figure 8 and controlled by the forces of gravity and repulsion with original  momentum providing velocity at the dither points. This sling orbit is counter to all know astrophysics.

   To visualize a clear picture of the 12^th planet's narrow figure 8 orbital trajectory around both suns, the path has to be broken down into 8 segments. Four of these segments are a reflection of the other four. The arrival and returning path, if superimposed upon each other, would represent somewhat of a mirror image. It is just the direction of the 12^th planet towards either of both gravitational foci that determines the difference. Examining one half of the 12^th planet's orbital path, which is composed of 1,828.5 years, we will look at the arrival path, the first 4 segments of the planetary orbit. Our starting point will begin with a location, which is at the furthest distance from the far side of the Dark One, the intersection of segment 7 & 8. The journey starts, a an approximate 4-year trek with the 12th planet being attracted away from the furthest point on Dark One's far side due to the combined gravitational attraction forces of both binary stars; it accelerates exponentially towards the unlit star from a counter clockwise direction. The 12^th planet during its travels through the system of the Dark One only encounters occasional space junk in its path. It veers down and away then up and in a smooth, shallow parabolic orbital path due to the repulsion force. The velocity of the wandering planet reaches a maximum at a point similar to the distance inside of the orbit of Saturn to the Dark One, due to no planets crowding the field like in our system. The repulsion force increases as penetration of the orbital plane invokes a slowing of the movement of the 12^th planet towards the Dark One. As the 12^th planet approaches with in close proximity of the Dark One, the repulsion force emitted in spurts along the equatorial plane of the Dark One slows the orbital velocity until original momentum due to conservation provides all velocity at a constant A through the null point where gravity and repulsion are balanced. Constant A is presently unknown. With the absence of inner planets to block or slow forward progression, the time to punch through the ecliptic of the Dark One is some what constant. The changing Universe presents many variables that can affect a mass at a null point; therefore Constant A may be good for the current orbit and vary on past passages. A slower constant A pushes the distance formula closer to the projected date and distance and a faster constant A has the 12^th approaching the target distance at an earlier date than predicted. Once past the Dark Ones’ neutral point, a perpendicular point intersecting the 12^th planet’s orbital path and the center of the Dark One and a line connecting the Dark One with the Sun, the repulsion force pushes the 12^th planet away and out the ecliptic with sufficient speed to escape the stellar system’s gravitational attraction into segment 1.

   As the 12^th planet drifts towards a mid-point between the Sun and the Dark One, segment 1 ends and segment 2 of the half orbit lasting 1,820 years begins. The gravitational forces controlling the movement of the 12^th planet between  segments 1 & 2 has changed. The gravitational pull to the rear from the Dark One continuously slows the forward momentum and subtle attraction from the Sun come into balance, causing the 12^th planet's orbital speed within a few years to be reduced to a crawl. The 12^th planet covers 99.9% or 34.3709 billion miles of the distance to a half waypoint, which is 9.362 times the distance between the Sun and Pluto or 34.405 billion miles between the two stars in 215 weeks or 4.14 years. Essentially, it then hovers and Drifts ever so slowly covering a distance of 70 million miles or .019 S-P units in 1,812 years and crosses over a bisecting line between both stellar masses, while being caught in a gravitational tug of war at the mid point between the binary suns. It is here at this virtual gravitational null point in the middle between segments 1 & 2, that the 12^th planet resumes its original planetary form, though it is velocity is reduced to crawl. Here again planetary momentum becomes a factor of the orbital path. The original momentum or Constant B maintaining a base orbital velocity now comes in to affect for the orbital path. The variations in constant B affect the maximum velocity approaching the solar system in segment 2.

The Gravitational Neutral Point Represents the Area between Segments 1 & 2

   Approximately 4 years pass as the 12^th planet moves from a static state and momentum tips towards the Sun due to its gravitational attraction with an initial velocity of Constant B. The 12^th planet then drifts out of the neutral zone and its velocity increases exponentially, thus forging a path straight and true towards the Sun approaching a fractional speed of light. This explanation is no different than Newton’s gravitational law stating, once an object is released from above the Earth, does it not accelerate at an exponential rate, 9.8 meters per sec./ per sec. towards the surface. In the environment of space, there isn’t any friction. Therefore, acceleration of an object large enough to pierce through the solar wind and avoid the subatomic particle movement expelled from the Sun’s equator will rewrite all laws of orbital mechanics. Scientists will have no explanation for the rapid approach of the 12^th planet during  2003 and 2004. On approach the 12^th planet shifts laterally to the left in the outer regions beyond the solar system during encounters with the angular repulsion field streams that moves the other planets. The 12^th planet once caught in this angular repulsion field is pushed in the same counterclockwise direction looking outward from the Sun as the other planets as they rotate around it. This force increases with time and distance towards the Sun, until reaching the repulsion deflection point, which is located away from the Sun about 2.5 times the distance from the Sun to Pluto. At the deflection point, the 12^th planet takes the path of least resistance outward and south away from the upward line of approach towards the Sun. This continues until the gravitational force of the Sun overwhelms the factors of speed and repulsion and the orbit bends back inward towards the Sun in a smooth shallow parabolic curve extending to Saturn’s orbital path. Once entering the inner solar system (Mercury to Pluto), the 12^th planet when observed with the naked eye in the night sky, it again gives the appearance of orbital movement in the opposite direction with the other outer planets against the backdrop of stars or retrograde motion. This event reinforces the new theory of repulsion, for every action there is a reaction. This action must be a new unknown force with enough energy to deflect a large planetary mass from its intended orbital path. As the 12^th planet encounters a spurt of repulsion subatomic particles sweeping outward from the sun along the orbital plane (similar the pattern of sparks flying off of a spinning pin wheel), its slight clockwise orbit towards the Sun is pushed in a counter clockwise rotation similar the planets during contact until passing through the field. Once out of the repulsion field, the 12^th planet snaps back quickly like a stretched rubber band to its original path towards our Sun due to gravitational attraction. The repulsion force responsible for orbital deviations has another effect. As the 12^th planet enters the edge of the solar system’s orbital plane near Pluto, its acceleration starts to slow. The next major orbital path change occurs when the 12^th nears Saturn’s orbital path, the gravitational particle refraction point. While passing through the inner planets (In this case Saturn to Mercury), the 12^th planet encounters an increasingly stronger repulsion force produced by the Sun. This change is penetration through the planetary orbital plane. Upon encountering the orbital plane, the initial entry angle of the 12^th planet from the Dark one in the direction of Orion is 11 degrees from below the orbital plane. The steady flow repulsion subatomic particles now alters the path, its forces causes the 12^th planet to change course (it is like facing a head on hurricane wind, it is easier to slide across the wind as opposed to forge in a straight path). The 12th planet alters its orbit for a path of less resistance, shifting its angle of attack through the plane by 21 degrees for a total of 32 degrees. This adjustment in the angle the 12^th planet allows the piercing the orbital plane; it is a compromise between forward momentum maintained by gravitational attraction and the opposing slowing repulsion force. The force of repulsion applied against the forward momentum of the planet significantly decreases the orbital velocity in the inner solar system.

   Here at the end of segment 2, while slowly floating towards the Sun, the 12^th planet encounters the cross current of the gravity and repulsion particle streams and basic slowly hovers near it.  The 12^th moved in spurts propelled every 6.5 weeks by the repulsion force as it exits the backside of each of the 8 streams that emanate from the Sun during the first third of 2004. This ricochet event decreases from weeks to days and then to a constant reverberation where the plates are under constant stress. The largely diminished velocity of the 12^th planet stuns scientists holding on to established theories (orbital velocity in an elliptical path increases as it nears the Sun), no viable explanation will be presented. New events are initiated by the gravitational force of the Sun and a magnetic link between the 12^th planet’s north pole and the south pole of the Earth leads to twists and turns with erratic behavior of the Sun and Moon (for more details consult Zeta Talk). Intermittent meteor showers of varying sizes mostly pebble size and dust assaulting the Earth months prior to passage, with an all barrage approximately 1-3 days prior to Earth passage, not seen since the last passage during the Exodus. The small meteors and dust trailing on the fringes of the 12^th planet's trailing gravitational field escape and are pulled towards the Sun. This large field of space trash, mostly composed of iron oxide with its forward momentum intact, takes a much closer approach to the Sun. Free of the gravitational influences of the 12^th planet, the solar wind emanating from the Sun overwhelms its own gravitational attraction. Propelling this large field of debris many millions of miles wide, at a high rate of speed towards Earth, some of which arrives sporadically months ahead of the actual passage. The land, rivers and streams are coated with a fine film of dust and turn red from iron oxide on the dayside in isolated local instances. On approach the Earth’s rotational period slows, at first undetected by the common man, but as the highly magnetic Mid Atlantic Rift is attracted towards the 12^th planet its position holds for greater periods of time only when aligned face to face. As the 12^th moves past the south pole of the Sun and rises towards the ecliptic the tilt is affect thus simulating the passage of spring , summer, fall and eventually winter, but it is in the winter of 2004 that the start of changes occur, although the time period of when actual events start is up to God (no man knows a date) as the 12^th planet executes its first 270 degree roll parallel the ecliptic plane, thus wobbling the Earth's poles flips temporarily where the Sun rises in the west and then settles, until they are horizontal to the Ecliptic and the three days of darkness begins in the northern hemisphere. The surprise is that the southern hemisphere also enters a zone of darkness as the 12^th planet eclipses the Sun, thus fulfilling the prophecy of darkness for the entire world, the raft of God.  The 12^th planet then executes another 270 degree roll, which allows the earth to return to its original orientation after extreme wobble. Now the 12^th planet due to close proximity locks totally and rotation of the Earth slows until stops. The core confused by the magnetic diffusion caused by the 12^th planet still rotates although slowed as components in the core the Earth are overwhelmed and listen to the gravitational and magnetic forces emanating from the 12^th planet. This frictional core contact with a magnetically held stationary crust stretches and drags the western side of the Atlantic Rift widening the Atlantic Ocean with new magma gushing from the rift as a new crust forms below the ocean. The new crust and core rotation pushes the existing surface of the Earth (Eurasian plate) to be the eastern side of the Pacific. With nowhere to go the crust is sub ducted under the North and South American plates and mountain building and hot Earth occurs. The volcanoes along the Pacific Rim explode with others around the world. The result is a shortening of the Pacific Ocean. As the 12^th planet approaches within 15 million miles the South Pole is attracted to the 12^th planet’s North Pole and the meteors and dust fully assault the planet coating everything red just hours ahead of the shift. The 12^th planet passes overhead, dragging the South Pole as the orbital position of the Earth is locked due a balance of the repulsion force and gravity of the Sun. The crust totally separates from the core and is dragged approximately 120 degrees during the passage towards the North Pole of the Earth. The 12^th passes quickly and the shift is over in a hour, rotation returns several days later slowly at first, but the 24 hour day does return. The 12^th planet effects can be minimal to catastrophic on the planet Earth, when its magnetic field is realigned. Although, consensus regarding this pole shift say it will be catastrophic, but there is hope, because most death will be to depression, which is in the hands of man.

   As the 12^th planet punches out of the Ecliptic the third segment has already begun. In segment 3, which has a approximate time period of about 4 years, the orbital path of the 12^th planet takes on a different track. The repulsion forces flowing from planets coupled with the counter clockwise angular rotation of the repulsion particles emanating from the Sun, that maintains the orbital velocity of the planets in the solar system, pushes the 12^th planet's orbit outwards up and away from the central axis of the solar system increasing its velocity. The momentum accelerates after passing our Sun, since both gravitational sources are to its rear velocity slows quickly. The wandering planetary system, the 12^th planet, composed of its many moons, meteors, space trash and dust trailing behind in its gravitational wake like a broken string of pearls, passes quickly during its travels through the solar system. As the 12^th planet continues on its orbital path out of the inner solar system, new forces effecting its movement come into play. 

   The 12^th planet fans out and away from the Sun at a 32-degree angle above the orbital plane, and then turns clockwise. Forward momentum away from the Sun slowly comes to a halt, as gravity from the Sun alters momentum and shifts the direction of the 12^th planet to lateral movement across space. Finally the 12^th planet encounters, what is the furthest point from the backside of the Sun. Segment 3 has ended and segment 4 starts which lasts for a period of 4 years. The reverse portion of the orbit has now started with segment 4. The 12^th planet turns and moves back towards the Sun accelerated by the combined gravitational forces of our Sun and the Dark One.

   Yielding an orbital path that takes on the shape similar to a slightly flattened ice cream cone. As the 12^th planet finishes its orbital path around the backside of the Sun, it arrives once again in the inner solar system. Occurring some 8 years later, after the 12^th planet has had its previous close encounter with the Earth. Though the effects of Earth experiences in comparison to the earlier passage are minimal, conditions the Earth faces are different this time, due to several reasons. The turmoil and magnetic interference in the core of the Earth caused by the 12^th planet are always present, as the wanderer moves around the backside of the Sun. At a minimum the Earth, when the 12^th planet is at a maximum distance of 3.56 units away from the Sun, receives the same amount of magnetic crosscurrents during the time frame of Sept. 2003. On this passage, the second encounter, the crust of the Earth does not realign. The 12^th planet passes no closer than 100 million miles, compared to 15 million on the first passage. The second passage of the 12^th planet to the surprise of many will be only a minor disruption in the flow of life. High tides, tremors and extremes in weather patterns.

   As the 12th planet passes the Sun, between segments 4 & 5 the orbit slows almost to a halt again, but its stay id determined by the position of the inner planets that could block its forward progress. In segment 5, the movement of the 12th planet between the Sun and the Dark One is the same as segment 2, but reversed in direction for a total of 1,820 years. The 12th planet momentum accelerates due to the repulsion force and exits the solar system swiftly. Once outside of Saturn’s orbital path gravity now becomes the dominant force and momentum slows due to the Sun's gravity for 4 years almost coming to a halt, and drifts again near the midpoint for 1,812 years. Once completing its stay at midpoint between segments 5 & 6 and crossing over the bisect line between the stellar masses, the 12th planet speed increases exponentially towards the Dark One in approximately 4 years. As the 12th planet passes the Dark One, segment 7, which is the opposite of segment 8, begins and the 12th planet drifts thru the Dark One's ecliptic plane. It is here, between segments 6 & 7 where the 12th planet has slowed enough, that the trailing gravitational wake holding the tail together gathers stray meteors, dust, and assorted other space trash, when passing through the debris fields revolving around the Dark One. Replenishing material lost during its orbital encounters with our Sun and Earth. This process continues until the carrying capacity of the tail is maximized, and the 12th planet has left the vicinity of the Dark One. The combined gravitational forces of the Dark One and the Sun slow forward momentum and turn the 12th planet clockwise. Once the 12th planet reaches the furthest point of the elliptical orbit on the far side of the Dark One, the orbital velocity slows again between segments 7 & 8. The then accelerates towards the dark one and slows when passing the dead star and the orbit is complete, and we have returned to the starting point, segment 1.

    Visualizing a graphical representation of the 12th planet's movement, starting at the Dark One to the Sun where the Y-axis is velocity of the 12th planet and the X-axis is the passage of time, it would mimic a hyperbolic cosine curve in the shape of a wide U. A steeply decreasing hyperbolic curve represents a rapid decrease in velocity as the 12th planet leaves the gravitational influence of the Dark One to its rear. As the Y value velocity approaches 0, the curve flattens until it is parallel to the X-axis. This area of the graph would represent the time spent and the velocity of the 12th planet at the mid point. The curve stays its course essentially until the time value along the X-axis reaches approximately 4 years before Earth passage. The hyperbolic curve then rapidly ascends steeply, once the 12th planet is firmly in the gravitational grasp of the Sun. The Y value, velocity, increases exponentially until the 12th planet reaches the Sun’s repulsion force. The curve plateaus and progress through a steep exponential decline until reaching the Sun where the curve flattens to a constant or flat horizontal line. The slope of the curve at any value T (time) equals the rate of change in velocity or acceleration. The area under the curve between 2 time intervals is equal to distance traveled by the 12th planet. The boundaries for the Distance traveled is enclosed by the hyperbolic curve at the top, the X axis at the bottom and two perpendicular lines to the X axis which represents the initial and final values of time. It is the hyperbolic function that was used to derive the distance table

                                

Diagram 5 A velocity vs. time graph detailing movement from the Dark One to expulsion from the inner solar system of the Sun.

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  The Orbital Mechanics of the 12th Planet

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Zeta Talk is provided by the courtesy of Nancy Lieder

the site:   http://www.zetatalk.com

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