disinfo | Between 1969 and 1977, Apollo mission seismographic equipment
registered up to 3,000 “moonquakes” each year of operation. Most of the
vibrations were quite small and were caused by meteorite strikes or
falling booster rockets. But many other quakes were detected deep inside
the Moon. This internal creaking is believed to be caused by the
gravitational pull of our planet as most moonquakes occur when the Moon
is closest to the Earth.
An event occurred in 1958 in the Moon’s Alphonsus crater, which shook
the idea that all internal moonquake activity was simply settling
rocks. In November of that year, Soviet astronomer Nikolay A. Kozyrev of
the Crimean Astrophysical Observatory startled the scientific world by
photographing the first recorded gaseous eruption on the Moon near the
crater’s peak. Kozyrev attributed this to escaping fluorescent gases. He
also detected a reddish glow characteristic of carbon compounds, which
“seemed to move and disappeared after an hour.”
Some scientists refused to accept Kozyrev’s findings until
astronomers at the Lowell Observatory also saw reddish glows on the
crests of ridges in the Aristarchus region in 1963. Days later, colored
lights on the Moon lasting more than an hour were reported at two
separate observatories.
Something was going on inside the volcanically dead Moon. And
whatever it is, it occurs the same way at the same time. As the Moon
moves closer to the Earth, seismic signals from different stations on
the lunar surface detect identical vibrations. It is difficult to accept
this movement as a natural phenomenon. For example, a broken artificial
hull plate could shift exactly the same way each time the Moon passed
near the Earth.
There is evidence to indicate the Moon may be hollow. Studies of Moon
rocks indicate that the Moon’s interior differs from the Earth’s mantle
in ways suggesting a very small, or even nonexistent, core. As far back
as 1962, NASA scientist Dr. Gordon MacDonald stated, “If the
astronomical data are reduced, it is found that the data require that
the interior of the Moon be less dense than the outer parts. Indeed, it
would seem that the Moon is more like a hollow than a homogeneous
sphere.”
Apollo 14 astronaut Dr. Edgar Mitchell, while scoffing at the
possibility of a hollow moon, nevertheless admitted that since heavier
materials were on the surface, it is quite possible that giant caverns
exist within the Moon. MIT’s Dr. Sean C. Solomon wrote, “The Lunar
Orbiter experiments vastly improved our knowledge of the Moon’s
gravitational field … indicating the frightening possibility that the
Moon might be hollow.”
Why frightening? The significance was stated by astronomer Carl Sagan
way back in his 1966 work Intelligent Life in the Universe, “A natural
satellite cannot be a hollow object.”
The most startling evidence that the Moon could be hollow came on
November 20, 1969, when the Apollo 12 crew, after returning to their
command ship, sent the lunar module (LM) ascent stage crashing back onto
the Moon creating an artificial moonquake. The LM struck the surface
about 40 miles from the Apollo 12 landing site where ultra-sensitive
seismic equipment recorded something both unexpected and astounding—the
Moon reverberated like a bell for more than an hour. The vibration wave
took almost eight minutes to reach a peak, and then decreased in
intensity. At a news conference that day, one of the co-directors of the
seismic experiment, Maurice Ewing, told reporters that scientists were
at a loss to explain the ringing. “As for the meaning of it, I’d rather
not make an interpretation right now. But it is as though someone had
struck a bell, say, in the belfry of a church a single blow and found
that the reverberation from it continued for 30 minutes.”
It was later established that small vibrations had continued on the
Moon for more than an hour. The phenomenon was repeated when the Apollo
13’s third stage was sent crashing onto the Moon by radio command,
striking with the equivalent of 11 tons of TNT. According to NASA, this
time the Moon “reacted like a gong.” Although seismic equipment was more
than 108 miles from the crash site, recordings showed reverberations
lasted for three hours and 20 minutes and traveled to a depth of 22 to
25 miles.
Subsequent studies of man-made crashes on the Moon yielded similar
results. After one impact the Moon reverberated for four hours. This
ringing coupled with the density problem on the Moon reinforces the idea
of a hollow moon. Scientists hoped to record the impact of a meteor
large enough to send shock waves to the Moon’s core and back and settle
the issue. That opportunity came on May 13, 1972, when a large meteor
stuck the Moon with the equivalent force of 200 tons of TNT. After
sending shock waves deep into the interior of the Moon, scientists were
baffled to find that none returned, confirming that there is something
unusual about the Moon’s core, or lack thereof.
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