You want the good news first or the bad news?

the good news first>>

On the plus side>>



THE FACT IS THAT PEOPLE FROM ANCIENT CULTURES WITNESSED THESE EVENTS AND LIVED AND REMAINED ON EARTH TO TELL ABOUT IT.



No , ......Gravity does not switch off if the Planet stops rotating :)


quote>>
The Earth has mass, just like every other solid object does (including you). It is the Earth's mass that causes it to have gravity, and so in order to not have gravity the Earth would have to not have mass. But if the Earth didn't have mass, it wouldn't be there anymore!

quote:
The conventional dogma is that, during such an event, there would be less gravity causing people, animals, and objects to float off the planet. However, there is no reference to this anti-gravity phenomenon in ancient literature regarding this event. This may mean that either Earth’s core continues rotating even when the surface stops and reverses direction or that the long held theory on how Earth’s gravity is generated is faulty. The fact is that people from ancient cultures witnessed these events and lived and remained on Earth to tell about it. If they would have witnessed everything floating off the surface of Earth including: people, animals, trees, rocks, water, etc. they probably would have mentioned it.




sit tight, cos here comes the bad news>>

quote:
Ancient cultures describe a period of three days where the Sun does not rise or set. This could mean the process of slowing down and stopping is short, then the Earth sits still for three days before starting to rotate again in the opposite direction. Even if the slowdown is somewhat gradual, there is still the pure physics of so much mass in motion. Have you ever seen anything traveling at 1,667 km/hr slow down quickly? Probably not since most man-made object can’t travel that fast. Even the speed of sound is only about 1,230 km/hr (761 mi/hr). In other words, this would be even more dramatic than trying to quickly slow down a jet traveling at Mach1!!!!!


In other words, its much like being on top of a ball bearing!
the upper rim starts to move , and the inner rim starts to move at a different speed.


More>>
quote:
Now imagine that you are a human on the surface of Earth when such an event occurs. There you are standing outside and looking up at the sky thinking “oh, what a glorious day”. Then all of the sudden, the ground starts moving. Maybe it starts slowly, but either way, you can not keep your footing or run to a safe location. Pretty soon, the ground under your feet is moving faster until your feet are no longer even touching the ground. Instead you are either being tossed across the ground like tumbleweed or pinned against some physical object while being crushed by objects flying through the air or by the pure force of air pressing against your body.


The effects on Earth from such an event would be nothing less than cataclysmic. Scientists describe Earth as having a very thin hard crust that covers a thick layer of mantle (semi-liquid magma) that is several thousand kilometers deep. At the center of Earth are two types of core, an outer core (theorized to also be liquid) and a hard inner core at the center (theorized to be iron). This means we basically have a hard thin surface (the crust that we live on) floating over a hot slippery semi-liquid (magma). At the present moment all of which are in motion.

Earth’s circumference at the equator is approximately 40,000km and makes one full rotation in every 24 hours. This means that the surface of Earth is in constant motion and traveling at an average ground speed of approximately 1,667 km/hr (1,035 mi/hr) at the equator. Of course these ground speeds are reduced significantly as you move away from the equator. When you imagine Earth’s crust slowing down abruptly and eventually coming to a stop, you can begin to see the potential for a disaster of cataclysmic proportions.

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Source links:
[link to www.timeline2012.net]
[link to curious.astro.cornell.edu]