ZetaTalk: Pole Shift

shorter day,

the reverse of where it should be going into the Summer Solstice. For those in the Southern Hemisphere, the opposite

effect would occur, as they are dealing with less of Earth’s Fat middle, and have a longer day potential. Where this

phenomena depends upon the time of day and the location of the viewer, who may or may not experience this

confusion, it can confuse the issue of determining just when rotation slowing has started, those days when minutes are

lost, clearly, and then hours lost.

How to best measure then, if rotation slowing has started? Use the direct overhead light during high noon, as this light

is primarily outside of those spectrums that bend, and thus will be true. Use a manual clock, as the atomic clocks are

automatically set back to obscure the slowing process that has been seconds per day until lately. The slowing process

will be minutes only at first, rapidly building to hours during a day, then rapidly moving to a stoppage. On the day that

hours a day are presenting, the crust and core will be fighting, and this will translate to moaning and heavy earthquake

activity, so can hardly be missed. Thus, finding some way to measure high noon, if only via a tube illuminating an

object at the bottom, will be an aid to those wanting that extra day of warning.

http://www.zetatalk2.com/index/zeta6.htm[2/5/2012 9:56:30 AM]

ZetaTalk: Time Differences

Mail this Pageto a Friend.

ZetaTalk: Time Differences

written June 16, 2003

During measuring rotation slowing in the early days of slowing, there will be different reports from different parts of

the world. Latitude matters greatly, as the angle of sunlight is less directly overhead the further from the Equator one

gets. Why would this confuse a direct measure of minutes, from day-to-day, since theoretically the march from dawn

to dusk should be measured, steadily, regardless. The more accurate measure of rotation slowing is close to the

Equator. During the early days of slowing when sunrise and sunset are confused and seeming to occur earlier, a shorter

day while approaching the Summer Solstice in the Northern Hemisphere, and later, a longer day while approaching the

Winter Solstice in the Southern Hemisphere, only the high noon point can be used with any degree of accuracy.

For the same reason, high noon with the sun directly overhead and not at all where the sunlight approaches at a slant,

to Earth, is more accurate. Direct overhead light is more intense, a flood less likely to be bent. A slant is less intense,

has more opportunity to bend as it is going a somewhat further distance, a situation that exists and frankly lingers at

the hours both preceding and receding from high noon. Planet X is close to the Ecliptic and close to the point where it

is between the Earth and the Sun, but is to the right of the Sun. Thus the light is bent toward Planet X before being

bent back, giving the illusion that the Sun itself is to the right, appropriately for the day. For both hemispheres this is

also the case, noon sunlight seeming to arrive from a Sun jogged slightly to where it would normally be, thus

disguising the slowing.

http://www.zetatalk2.com/index/zeta7.htm[2/5/2012 9:56:30 AM]

ZetaTalk: Slowing Confusion

Mail this Pageto a Friend.

ZetaTalk: Slowing Confusion

written June 29, 2003

The establishment has put forth many disguises to prevent any awareness of Planet X as it floats toward the Earth just

under the Ecliptic. NASA and their many arms in the scientific and academic community, the Navy's master time and

calendar keeper, both working together in this deceit, have arranged to use the Sun as an excuse for fluctuations in the

magnetic field, an increase in earthquakes, weather variances, problems with satellites, and atmospheric conditions. Its

all the Sun, an object only those with access to the SOHO satellite imagery can examine, as their prime excuse. They

measure the Sun's emissions, they proffer images, and they interpret and predict based on the date they supposedly

have in their databanks. When a single source controls the equipment used to secure data, and releases only the data

and images they wish the public to see, there can be no confidence in the result. Is the Sun blasting forth more rays,

affecting the Earth's magnetism and causing earthquakes and causing the Sun to seem extraordinarily bright? No, nor

is there any evidence that it has ever caused magnetic or earthquake disturbances in the past. Doctored images, seldom

released, had been the mode up until recently, when it was decided to disable the SOHO almost entirely to prevent

leaks. Images not intended for public view were being released, most due to exhaustion and decimation in the ranks of

those tasked with utter precision in their image doctoring, but on occasion a deliberate leak from someone enraged at

the treatment of the common man, who is to be kept ignorant of the danger approaching them.

Thus, a certain segment of the populace think that Solar Flares are the cause of the very bright Sun, causing gardens

and crops to mature more rapidly, causing inordinate sunburns and tans, and creating flares in cameras never before