Event Two
For event two, I went to the
Griffith Observatory to find art behind the science of space. The main entrance
welcomes you with a giant swaying 240-pound bronze pendulum which one
naturally follows the cable suspending it to the ceiling. Purposely, this
focuses the visitor’s attention to the beautiful mural by Hugo Ballin (completed
in 1934) which covers the entire octagon dome ceiling. The mural contains a representation of each
planet as a god, and the twelve constellations of the zodiac with other space motivated
art. The zodiac symbols are drawn as mystical figures, animals, and humans. The
mural is quite large, which makes it difficult to take in all at once, but
the art moves to smaller panels right below it. At the edge of each octagon side
the art continues through the walls below the dome. The geometric foundation
roots can originate from Peit Mondrian who uses shapes to create his art. This
mural contains math and science influences to demonstrate human interaction
with space. The eight panels are a sequence displaying how the fascination of astronomy has evolved throughout time. It contains an image of an Aztec, Chinese, and gradually
moves to a modern sky observer. This frame shows how humans have always been interested
in space throughout our lifetime. The seven remaining sides express the advancement
of science in astronomy, aeronautics, navigation, mathematics, physics, electricity,
metallurgy, geology, biology, and engineering.
As the human race moved forward, so
did technology. The time of viewing the sky with the naked eye will come to end
by technological devices such as the telescope. In 1609 a famous astronomer Galileo
Galilei, developed his own model to observe and eventually began to map the
stars and planets. The photo below is a replica model of what he created.
The new discoveries of planets and stars pushed for the
advancement of higher resolutions telescopes to what we have today that can photograph
images from light years away. From a simple telescope, our civilization have
used robotics, artist, and engineers to create massive telescopes to explore
space. The picture below is an example of a 14 ton, 40 inch wide glass that
belonged to an old model telescope. The glass piece is cut by a robotic arm and
used in the center of the mirror to view distant stars and galaxies.
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