Planet X vs Sun: Rotation STOPPAGE re Shift

In addition to the evidence that crustal movement accompanies magnetic
movement, there is evidence that the Earth is in a PREDICTABLE POSITION
when the crustal movement occurs.  Now how did the Sun, and its solar
flares and rumored flipping of its field, accomplish that?  Mankind
states that the rotation of the planet Earth is due to momentum, and the
Earth could not stop rotation and restart, as folklore attests. 
ZetaTalk has stated that during a passage of Planet X, coming from Orion
at a 32 degree angle, aiming to pass between the Earth and Sun, its
North Pole approaching the Earth's South Pole, that Planet X grips the
Atlantic Rift, that portion of the crust more highly magnetized due to
recent Continental Rip. 

    Point of Passage
        (http://www.zetatalk.com/theword/tword03y.htm)	

    The layered lava flows of Steens Mountain, in 
    southeastern Oregon, have preserved video-like 
    records of the earth's magnetic field. ... the field 
    reversed 15.5 million years ago, the lava flows 
    suggest that the field's axis was rotating 3-8° per 
    day - incredibly fast according to current thinking, 
    in fact a thousand times faster than expected.... To 
    make matters more interesting, it now seems that 
    the paths taken by the reversing poles follow 
    similar routes with each flip-flop. One preferred 
    path is a band about 60° wide running northsouth 
    through the Americas; the other path is 180° 
    away cutting through east Asia and just west of 
    Australia. The implication is that some unknown 
    structure in the core somehow guides the reversing
    poles.
Science Frontiers #80, Mar-Apr 1992
The Steens Mountain Conundrum

    The inner core rotates in the same direction as the 
    Earth and slightly faster, completing its once-a-day 
    rotation about two-thirds of a second faster than the 
    entire Earth. Over the past 100 years that extra 
    speed has gained the core a quarter-turn on the 
    planet as a whole, the scientists found. Such motion
    is remarkably fast for geological movements - some
    100,000 times faster than the drift of continents, they
    noted. The scientists made their finding by measuring
    changes in the speed of earthquake-generated seismic
    waves that pass through the inner core.
Core Spins Faster Than Earth, Lamont Scientists Find 
Columbia University, Lamont-Doherty Earth Observatory

    Rotation of a planet is dependent on many factors, only 
    one of which is the initial motion attained coming out of 
    a big bang. Take the instance of your Earth, during the 
    passage of [Planet X]. Rotation slows and then stops, for
    days, and then after passage resumes to the same pace as
    before. This is because of the other factors involved in 
    rotation, which remain in place in your Solar System and 
    have their grip on the Earth. Rotation is due to a mobility
    difference between the core of a planet and the surface, 
    and for lack of a better analogy we relate this to a dog 
    chasing its tail. The core of the Earth is liquid, and mobile,
    and has a mind of its own. As the Earth moves in its orbit 
    around the Sun, the relationship of the core of the Earth to 
    surrounding influences changes. A child standing on a 
    merry-go-round and wishing to face his mother must 
    himself turn a complete circle in order to do this. In like 
    manner, the heavy Core of the Earth moves to face or 
    escape magnetically related forces in the Universe about 
    your Solar System, dragging the surface with it. The core 
    is not homogeneous everywhere and thus parts of it are 
    strongly attracted or repulsed to this part or that of the 
    Universe about it, so motion in the core is constant. No 
    sooner does a part of the core move to the far side of its
    liquid tomb, then it finds itself presented with its old 
    problem again, and sets into motion once again. 
        ZetaTalk™, Rotation
            (http://www.zetatalk.com/science/s45.htm)