ZetaTalk: Science

by Nancy Lieder

  their orbits due to the additional gravity tug. Being determined by multiple factors, orbits will not change,

  beyond temporary perturbations in their speed, in the main. Unless literally bumped out of their orbits, planets

  tend to return after perturbation to their normal pace around the Sun, and return to their normal rotation pace,

  because of the many factors influencing orbit and rotation.

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  ZetaTalk: Orbit Perturbations

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  ZetaTalk: Orbit Perturbations

  Note: written during the 2001 sci.astro debates. Planet X and the 12th Planet are one and the same.

  To understand why planets in orbit around a sun hold the positions they do, humans must imagine factors they are not

  yet aware of, but can infer from the behavior of these planets - for instance, the orbital plane.

  The orbital plane has planets slinging out from the middle of a rotating sun, as the rings of Saturn do around its

  middle, because of a flow that is slung out from the rotating body that thence returns into the rotating body at the

  poles. The planets in the orbital plane slung out from the middle of the sun are thus held away by this sling.

  Planets do not flow with the sling round to the poles of the sun, because this would involve a trip too far away

  from the sun, a gravitational giant, before the trip back. The gravitational draw here can be envisioned as a string

  from the center of the sun to the planet.

  Planets move, in concert, in a clockwise or counterclockwise direction around a sun due to sweeping arms that

  reach out from the core of the rotating sun, brushing the planets before them. These sweeping arms can be

  envisioned as the spokes of a wheel.

  Planets stay in the orbital plane and do not drift to either side because of what we will refer to as eddy currents.

  The sling out is not solely at the waist of the rotating sun but slings out at a diminishing rate on either side, but

  the rate outward is greater at the waist. Thus, when the material being slung out from the middle of the rotating

  sun tries to escape to the sides, it is caught and pulled back by the slower pace of the material at the sides,

  creating a circular eddy current that returns it to the waist of the rotating sun. This eddy current can be

  envisioned as flotsam on a river and the manner in which this gets drawn into the center of the river, where the

  fastest flow occurs.

  Planets find their niche in all this based on more than gravity or magnetism factors, as there are thousands of

  forces that affect the placement of bodies free to move about in space. The entry of a new planet into the orbital

  plane would results in a bumping outward or compressing inward of existing planets as this new planet

  encountered the others during their journeys around the sun, until no further adjustments were required and an

  equilibrium was established.

  Now in this drama, place Planet X, inbound and making a fast passage through the solar system. It is first affected by

  the eddy currents, which are in greater turmoil at a distance from the sun where the sling outward is reduced and the

  eddy currents thus creating wider circles. This causes Planet X to draw up into the orbital plane early in its approach. It

  is then caught in the sweeping arms, going with them in a counterclockwise manner until coming closer and picking up

  speed it finds the arm sweep faster and stronger such that it is bumped back during the arm passage, essentially

  skipping over the arm. This causes Planet X to assumes a retrograde motion during its approach. It then encounters an

  increasingly strong flow of the material slinging out from the waist of the sun, while at the same time being drawn

  increasingly by the sun’s gravitational field. This causes Planet X to drop below the ecliptic, to escape the outward

  sling of this material. Finally, when the point of passage arrives, Planet X is zipping through the solar system at a 32

  degree angle from the ecliptic, traversing the solar system in 3 short months [Note: see 2003 Date explanation]. In this passage, it is the lessor influence on the planets in the solar system, who are listening the sun’s influence almost

  entirely during their orbits. Planet X is a bully, elbowing his way through a crowd, but affecting only those unfortunate

  to be in his way or close enough to feel, directly or indirectly, the shoving and pushing.

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  ZetaTalk: Booms

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  ZetaTalk: Booms

  Note: written on Jun 15, 1996.

  Increasingly as the pole shift nears, the Earth will give evidence of the compression and tension in her surface by what

  humans will perceive to be sonic booms. The mechanism is in fact the same, clapping air masses, the same mechanism

  that produces thunder. Where thunder is caused by air masses separated by what is essentially a vacuum created by the

  superheating lightning bolt, and where sonic booms are caused by a compressed air mass pushed in front of the plane

  exploding back to equalize with the thin air mass trailing the plane, pre-cataclysm booms are caused by heaving in

  large bodies of water. Earthquakes where plates are compressing are measured by humans as the friction causes jolting,

  but for every compression adjustment there is, somewhere, a widening in a rift. Most often these rifts lie underwater, as

  water fills low lying places. A widening rift does not jolt the bordering plates, it is a silent adjustment. However, the

  sea water rushing to fill the new void has an effect on the air masses above, creating a thin air mass and causing the air

  on all sides of this thin air space to rush in, and clap!

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  ZetaTalk: Flashes

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  ZetaTalk: Flashes

  Note: written on Jan 15, 1997.

  Accompanying booms caused by heaving seas in response to earth movements will increasingly be flashes of light,

  leading the startled public to perceive that an explosion might have happened. As the booms happen over water where

  could the spark for an explosion come from? These are indeed related to the booms, and are indeed explosions, and

  emerge from the same source. As we have stated in explanation to the Tunguska explosion, great pools of methane gas

  lie trapped under the surface in certain areas of the world, due to rotting debris trapped under layers of volcanic ash or

  sediment. Just as the booms indicate adjustments in the sea bed causing heaving water to clap, just so the flashes

  indicate adjustments in land masses allowing the methane gas to escape and on occasion spark into an explosion.

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  ZetaTalk: Pole Reversals

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  ZetaTalk: Pole Reversals

  Note: written on Jul 15, 1995.

  Do the Earth's poles ever suffer a reversal during a pole shift? No. The Earth's polarity, where the magnetic North Pole

  points consistently in one direction as though focused on a distant point in the Universe, does not change, ever. This is an illusion, a hypothesis that humans have concocted to explain what they find in the Earth's crust. In this hypothesis,

  they are assuming that the Earth's crust does
not move about, but it does. What humans are measuring is the confusion

  in the crust, and not the direction of the magnetic North Pole. Between pole shifts, however, there are slight

  movements of the magnetic North Pole, especially during the time just before and after a pole shift - approximately a

  hundred years on either side. The giant comet speaks to the Earth from afar. Scientists who do not buy into the pole

  shift will argue endlessly that it is the poles that move and reverse, and any discussion with such scientists should

  begin by first clarifying the pole shift premise. Sometimes, during a pole shift, the movement is slight, and sometimes

  literal reversals take place, where the crust does, as you say, a 180. The coming shift will come close to that, being

  better than a quarter turn. Having only the Earth's crust to examine, and being in denial or unaware of pole shifts, a

  human could only assume that the poles had moved, rather than the crust.

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  ZetaTalk: Rotation Reversals

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  ZetaTalk: Rotation Reversals

  Note: written on Apr 15, 1999. Planet X and the 12th Planet are one and the same.

  Great variance can exist, from one passage of the 12th Planet to another. In some cases, as has been recorded by Plato,

  the Earth in fact rotates in a different direction from its current rotation. There are many factors that influence rotation,

  and those that dominate the scene immediately after a shift will determine the direction of rotation. If the core of the

  Earth is highly confused after a pole shift, swirling about under the dictates of many influences so that the normal

  dominance of the core in determining rotation has been muted or silenced, then the rotation of the Earth can be

  dictated by its immediate surroundings. The direction of rotation tends to perpetuate itself, so if rotation starts in other

  than the normal direction, it may be slower and arguing with itself, so to speak. These rotations are slower than the 24

  hour day that you are recording now. If rotation is in accordance with many influences, lining up so that the motion

  chases and then departs from these influences quickly, then rotation can be slightly faster than the 24 hour day that you

  are recording now.

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  ZetaTalk: Shift Threshold

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  ZetaTalk: Shift Threshold

  Note: written on Dec 15, 2000. Planet X and the 12th Planet are one and the same.

  If the 12th Planet causes a pole shift in the Earth as it passes, being the larger body between the two, how is it that the

  12th Planet itself does not experience a pole shift as it passes the Sun, which is a larger body than the 12th Planet.

  Magnetic fields clash with one another when a certain closeness creates a particle press. When there is room for a

  particle flow, magnetic fields can exist side-by-side with the only effect being an increased speed of flow where the

  fields brush one another. Side-by-side fields find their particle flows moving in the same direction - South to North in

  the interior of the mass and then arching around from North to South on the periphery. The North to South flow on

  side-to-side fields is thus moving in the same direction. End-to-end fields likewise do not have a conflict, but link up

  to have a longer flow through the interior of both masses, and a longer flow back down along the periphery.

  What happens during a passage is that the flows clash, and the density of particles pushes the magnetic bodies about.

  Think of the North pole as a water hose, a force of water coming from it capable of pushing solid objects aside. When

  this force cannot go up and through the center of another magnetic object in front of it, it must have someplace to go.

  Two magnets placed side-by-side on a table will co-exist if placed far enough away from each other. Two or more

  magnets placed end-to-end will snap together forming a larger magnet, North pole to South. Two magnets prevented

  from snapping together when one passes the other, coming from the south, will have a particle flow force coming from

  the North pole of the passing object - a South to North flow. This particle flow meets the peripheral or returning

  particle flow of the stationary object - a North to South flow. The clash pushes against the weaker flow, which in the

  case of the Earth and the 12th Planet is the Earth's particle flow. In essence, the Earth is pushed so that it's magnetic

  flow during the passage lines up with the 12th Planet's flow, as this relieves the particle pressure.

  Now, does the 12th Planet not experience such a clash with the Sun as it passes between the Earth and the Sun? It does

  not, because it has placed itself away from the Sun due to the Repulsion Force - an adjustment caused by the flow of

  gravity particles. This is the stronger flow, and one that has a larger reach, so the trajectory of the 12th Planet as it

  zooms through the solar system is guided by gravity matters, primarily. The 12th Planet and the Sun have a parallel

  field, a side-by-side situation, during the passage. The hapless Earth, being too small a voice in this matter, does not

  dominate any placement or trajectory. It is treated, during the passage, like litter along the highway to be blown about

  by passing traffic.

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  ZetaTalk: Weakest Link

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  ZetaTalk: Weakest Link

  Note: written during the 2001 sci.astro debates.

  That the entire earth can tilt in space is a confusing point to humans in understanding pole shifts. Humans are drenched

  in Newtonian theory, which explains the planets maintained in their orbits based on centrifugal force and momentum.

  All of this falls apart when Newton's math is applied to your Moon, so very close at hand yet too large and slow

  moving to even stay up there, per Newton. Nevertheless, Newton is force-fed to humans in school so they contemplate

  pole shifts in this venue, and boggle. Per Newton, both the Earth and another passing planet would plod on, just

  passing but not affecting each other except for gravity, a tug in this or that direction.

  But this is wrong, on several points.

  Human's measure their magnetic field on the surface of the crust, which is composed of hardened lava which points in

  the direction of the magnetic field at the time the lava hardened, and thus sends many signals to dilute any given

  compass measurement. The crust moved, after lava hardened, and this is a buffer for the true magnetic field coming

  from the core. This is far stronger, and reaches further into space, than most humans imagine. As we have explained,

  magnetism is a particle flow, as is gravity. Additionally, rotation is not caused by some initial momentum long ago

  instituted but by the various components of a liquid core in motion, attracted and repulsed by this or that in the

  surrounding solar system and thus trying to get closer or farther away, within the confines of the sphere the core finds

  itself in. But without arguing these points, the issue in pole shifts is what the weakest link is when the magnetic fields clash.

  Is it the orbit position, which might tilt to allow a pole shift to occur simply due to orbit changes? Perturbations in the orbit, due to gravity pull, but not a tilted orbit, per human astrophysics. Would a passing
planet draw another closer to

  it, temporarily? This argument would not cause a pole shift, but a temporary slowing down or speeding up in the orbit

  path, per human astrophysics. It is drag, rotation slowing due to extra man-made lakes around the equator, that silly

  argument put forth by humans to explain a barely perceptible slowdown in rotation speed, lately increasing? Drag

  would cause a slowed rotation, but not a tilt. Humans, schooled into dead-think in their autocratic schools, have no

  way to explain pole shifts without being open minded and exploratory, those attribute that get them punished in their

  schools and yelled at by the Shepherds of the Sheep of the sci.astro Usenet. So mention of a pole shift, and its

  mechanisms, creates a yawn, not a query, in most.

  Indeed, there are many factors that hold a body in its orbit, beyond what human astrophysicists conclude. But to avoid

  endless arguments about endless factors, let us simply state that the orbit involves many bodies and forces outside of

  the planet itself, and thus is not the weak link. The orbit continues on, and does not tilt. Gravity likewise would not

  cause the planet to tilt, but rather draw closer or, if one is given to consider the gravity counterpoint, the Repulsion

  Force, to push away and not tilt. Both we and humans agree on these points, but for different reasons. But what holds

  the core of the Earth so firmly that it cannot move in its molten mush, during the passage of another planet with a

  magnetic field? This can move, without affecting the orbit or the relative position to other bodies re gravity factors,

  and it does move. Place two magnets end to end, and they are happy to line up. Place two magnets side by side, and

  they both try to move so that they line up. Make one of these magnets several times the mass of the other, and the

  larger dominates in this motion. Thus, the Earth moves, in place, in its orbit, at the point where the passage itself

  occurs, the north pole of the passing planet no longer approaching the south pole of the Earth, but passing it, thus

  dragging this south pole along with its north pole during the passage.