Question – 115
What is the
scientific proof for the comet-hit in 3136 BCE (before the Mahabharata war)?
Answer:
A cosmic impact
must/will/is always FOLLOWED by a sharp decrease in global temperatures, and
then the rebound to higher temperatures compared to the impact date. All meteor
impacts have three common features. All these are present in the year 3136 BCE
when an extra-terrestrial impact is indicated through several ways in the Mahabharata.
If one of those major features is missing, then the impact is in doubt and
needs further study. The must-be-present features are listed as follows:
·
To
recognize a hint of the occurrence, there should be documentation; Hastinapura
event is documented.
·
Next
step is to check the proxy "rapid temperature drop
in GISP2” There is the small peak and temperature drop at 3136 BC, after
the Piora-Andaman event at 3210 BCE.
·
The
age calibration known as IntCal13 must be checked. The meteor/fragments
entering the Earth atmosphere, at 2000-3000 C, produce different radioactive
substances, such as 10-B (radioactive Beryllium) and 14-C with the longest life
for detection, in plant uptake of CO2 through trees. The increased 14-C-content
in the air is demonstrated in IntCal13, by sharp descent from peaks. IntCal13
covers tree trunk 14-C on a global scale.
The IntCal13 shows
four Piora 14-C
peaks, all with a sharp drop. The sharp drop indicates that the 14-C from the
impact event still lingers on. Of the four peaks of Piora
Oscillation, only 3136 BCE event has not been historically identified so
far. The Hastinapura event fills the unidentified location in the year 3136
BCE. The four dates and the locations are,
1. Andaman Sea 3210 BC
2. Hastinapura 3136 BC
3. Morasko 3040 BC
4. Burckle 2920 BC
As far as the
Hastinapura events is concerned,
1. The historical
narrative clearly shows typical impact features.
2. The temperature
drop in the GISP2 graph starts with the exact date 3,136 BC.
3. The IntCal13
has the typical 14-C peak with a calibration drop steeper than the regular
diagonal.
Concerning 3136
BCE event identified in the GISP2 graph, no alternate theory is convincing. For
example, the solar blast event as the cause for high 14-C at 3136 BC cannot
explain why there was a temperature drop. A solar event increases the
temperature and does not reduce the temperature. Only meteor showers produce
both high 14-C and a temperature drop together.
Rapid temperature-drop in 3136 BCE
This event written
in the Mahabharata is going become the focus of attention of climate and meteor
scientists of the world. The 13th tithi Amavasya and the delayed
Uttarayaṇa offer fresh insights on orbital disturbance of the moon and the
earth besides the change in the appearance of the sky. Mahabharata is the only
documented evidence of a meteor-hit in a remote past.
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