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LIGO events and Celestial Events

 

There are coincidences among the 16 LIGO detected events and several celestial events.

4 GW events were nearly coincident with a new moon (within 2 days).

2 events nearly coincided with a full moon (within 2 days).
2 events nearly coincided with a perigee (within 1 day).
1 event nearly coincided with a perhelion (within 1 day).
2 events nearly coincided with an alignment between the Moon and Jupiter (within 2 days).
That means 11 out of 16 were within 2 days of a celestial event.

2 other events were within 5 days of a perigee.

All 16 GW events were within 6 days of a lunar or solar celestial event.

Wikipedia has a list of each GW event date and time

The event names have the format: GWyymmdd
where GW150914 event is on 2015-09-14.

Here is the summary. The details will follow, then a conclusion.

Here are those dates and the concident celestial event: full or new moon: FM or NM or PG (Perigee), PH (Perihelion), MJ (Moon - Jupiter alignment).

Summary of LIGO events and coincident celestial events

LIGO
Events         celestial event within X days

GW150914  1=close NM
GW151012  0=match NM
GW151226  1=close FM
GW170104  0=match PH
GW170608  1=close FM
GW170729  6=?  NM
GW170809  2=near FM
GW170814  4=? PG
GW170817   1=close PG
GW170818   0=match PG
GW170823  2=near NM
S190408      3=? NM
S190412      4=? NM
S190421      5=? PG
S190425      2=near MJ
S190503      1=near NM

Distribution of differences:
match=3, close=4,near=4, ?=5

Details of LIGO events and coincident celestial events

Events         phaseswithin a few days?

GW150914  NM-15-09-131=close
GW151012  NM-15-10-120=match
GW151226  FM-15-12-251=close
GW170104  FM-16-12-1322=no   PH-17-01-04 0=match PG- 17-04-10 6=? PH-17-01-04 0=match
GW170608  FM-17-06-091=close
GW170729  NM-17-07-236=?       PG=17-07-21 8=no
GW170809  FM-17-08-072=near
GW170814  FM-17-08-077=no     PG-17-08-18 4=?
GW170817  NM-17-08-214=? PG-17-08-18 1=close
GW170818  NM-17-08-213=? PG-17-08-18 0=match
GW170823  NM-17-08-212=near
S190408      NM-19-04-053=?  PG-17-08-18 10=no
S190412    NM-19-04-057=no PG-17-04-16 4=?
S190421    FM-19-04-0516=no PG-17-04-16 5=?
S190425     FM-19-04-0520=no PG-17-04-16 9=no MJ-19-04-23 2=near
S190503     NM-19-05-041=near

difference of 0 days is a match, 1-2 is near, 3-6 is questionable, >6 is too far.



On 2019-04-23 was a alignment separation of the Moon and Jupiter of only 1 degree, 38 minutes, at the same RA.

When I did this exercise I expected no frequent correlations between any moon positions and the gravitational wave events.

I am quite surprised by several coincidences.
A new moon puts maximum tidal stress on Earth's crust, with the Sun also aligned. A perigee also does an earth tide regardless of the Sun.

From Wikipedia:
'
Earth tide is the displacement of the solid earth's surface caused by the gravity of the Moon and Sun. Its main component has meter-level amplitude at periods of about 12 hours and longer.
'

With the Moon at such a distance I do not know how many days cover most of its significant crust distortion. Maybe it takes only a day or two to relax. I was surprised by its meter-level amplitude.

This observation is probably a random coincidence of dates.


I really can't argue if someone says you can always find some possible pattern between sets of numbers.

In any case, I find this observation interesting. I leave it to reader to their interpretation.

I checked for these coincidences simply because LIGO was designed to detect any disturbance in Earth's crust from a theoretical gravitational wave. The Moon is known to disturb Earth's crust and oceans.


This means all 16 GW events were within 6 days of a lunar or solar celestial event.

I honestly don't know for certain whether this is an appropriate criteria.

If this observation is valid: this is funny if LIGO did not always account for the lingering effects of the nearby moon.

This post is a coherent version  of another post with its subsequent comments.


Added May 2019
Last updated (05/10/2019)

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