Difference between revisions of "User:AK/Exploded Planet hypothesis"
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The IPD issue ( interplanetary dust ) can be addressed as being leftover from the exploded planet. | The IPD issue ( interplanetary dust ) can be addressed as being leftover from the exploded planet. | ||
| − | The cratering that is often used as an argument for long | + | The cratering that is often used as an argument for long ages can be alternatively explained as resulting from a catastrophe, EP, in the Solar System. |
The Exploded Planet hypothesis provides the answer for mechanism that caused “Pangaea“ to split into the continents we see today: in lies beneath the mare regions of the Moon, which were created from deep penetrating impacts of (comet, asteroid swarm) from the exploded planet. | The Exploded Planet hypothesis provides the answer for mechanism that caused “Pangaea“ to split into the continents we see today: in lies beneath the mare regions of the Moon, which were created from deep penetrating impacts of (comet, asteroid swarm) from the exploded planet. | ||
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| + | ==Hale-Bopp comet== | ||
| + | It has been calculated that the previous visit by Hale-Bopp occurred in July 2215 BC. The comet may have presented a similar sight to people then, as the estimated closest approach to Earth was 1.4 AU, but no records of it have survived. Hale-Bopp may have had a near collision with Jupiter in early June 2215 BC, which probably caused a dramatic change in its orbit, and 2215 BC may have been its first passage through the inner solar system. | ||
Revision as of 17:12, May 16, 2015
The Exploded Planet hypothesis
The IPD issue ( interplanetary dust ) can be addressed as being leftover from the exploded planet. The cratering that is often used as an argument for long ages can be alternatively explained as resulting from a catastrophe, EP, in the Solar System.
The Exploded Planet hypothesis provides the answer for mechanism that caused “Pangaea“ to split into the continents we see today: in lies beneath the mare regions of the Moon, which were created from deep penetrating impacts of (comet, asteroid swarm) from the exploded planet.
Hale-Bopp comet
It has been calculated that the previous visit by Hale-Bopp occurred in July 2215 BC. The comet may have presented a similar sight to people then, as the estimated closest approach to Earth was 1.4 AU, but no records of it have survived. Hale-Bopp may have had a near collision with Jupiter in early June 2215 BC, which probably caused a dramatic change in its orbit, and 2215 BC may have been its first passage through the inner solar system.