On
April 24, 1990 NASA launched one of the most expensive camera’s ever built into
orbit around our planet. The Hubble Space telescope was the culmination of
years of research, engineering and taxpayer dollars, coming in at a whopping
$2.5 billion.
In
the scientific community, expectations were high as astronomers were giddy over
what they might discover once the ultra-sensitive lenses aboard Hubble peered
into deep space. What made Hubble unique from any other telescope was its
ability to escape Earth’s atmosphere. Beyond the confines of our clouds, Hubble
could look directly toward distant galaxies and planets without the image being
distorted by Earth’s atmosphere.
Every 97 minutes, Hubble was to complete a spin around Earth, moving at the speed of about five miles per second—fast enough to travel across the United States in about 10 minutes. As it traveled, Hubble's instruments were supposed to capture unbelievable images from galaxies far, far away.
However,
almost immediately after Hubble went into orbit, it became clear that something
was wrong. While the pictures were clearer than those of ground-based
telescopes, they weren't the pristine images promised. They were blurry. After months of investigation engineers finally
located the problem.
Hubble's
primary mirror, polished so carefully and lovingly over the course of a full
year, had a flaw called a “spherical aberration.” The lens was just slightly
the wrong shape. The tiny flaw — about
1/50th the thickness of a sheet of paper—was enough to distort the view. Finally by 1993 NASA astronauts fixed the
problem after a painstaking five day space-walk mission.
When
the new images were transmitted back from Hubble, astronomers were astounded at
the unknown beauty lying in the far reaches of our universe just waiting to be
discovered. One of the first stunning images that came back in 1995 was dubbed
“the Pillars of Creation.” which shows a part of the Eagle Nebula where new
stars are forming. The tallest pillar of gas and dust is around 4 light-years
high!
Just
as there is a principle of magnification in optics there is also one in
worship. What makes the Hubble telescope so special is its ability to focus in
on a majestic celestial body and magnify it so that all the intricate details
can be seen. Worship is ultimately about magnifying Christ. It’s about focusing
on Him—His power, his love, His grace.
In
Psalm 34:1-3 we read, “I will bless the Lord at all times; his praise shall
continually be in my mouth. My soul makes its boast in the Lord; let the humble
hear and be glad. Oh, magnify the Lord
with me, and let us exalt his name together.” John the Baptist also had
this frame of mind when he said of Jesus, “He must increase, but I must
decrease” (John 3:30).
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