Opportunity Microscopic Camera Image

In summary, the conversation discusses the latest image from the Opportunity rover which shows tiny spheres and objects with bi-lateral symmetry. The objects resemble vertebral bodies and have since disappeared from view due to the rover's Mössbauer spectrometer. There is a .gif available to view the objects before and after the spectrometer touches them.
  • #1
tyroman
139
0
One of the latest images from Opportunity (mib_color1_rgbstretch-B011R1.jpg) shows tiny spheres which are interesting... but did anyone else notice the several objects which seem to exhibit bi-lateral symmetry?

In the upper left quadrant of the picture, two objects appear to be identical in size and shape except that one is on its "back" and the other is on its "belly". They have the characteristic "butterfly" shape of (and I'm no crackpot) VERTEBRAE!

In the lower left quadrant of the picture is a third somewhat larger and less well-defined object (above and to the right of the golf ball shape) which also seems symmetrical.

True, these objects are very tiny, but are there natural, non-biological forces which might explain such bi-lateral symmetry?
 
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  • #2
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  • #4
Now You See Them, Now You Don't

An up-date on the three objects which I observed...

They are now gone from view due to Opportunity placing its Mössbauer spectrometer directly on them.

To see a .gif before and after Opportunity's Mössbauer spectrometer touches the objects go to:

http://marsrovers.jpl.nasa.gov/gallery/press/opportunity/20040206a/moss_touch_movie_br.gif

Of nine objects which disappear into the sand, three are the ones with bi-lateral symmetry... go figure.

PS: For some reason, the .gif images are rotated 180 deg. from the original .jpg images... so my reference to NW becomes SE etc. for the .gif's.
 
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1. What is the Opportunity Microscopic Camera Image?

The Opportunity Microscopic Camera Image is a camera attached to the Mars Exploration Rover Opportunity, which is used to capture extremely detailed images of the Martian surface at a microscopic level.

2. How does the Opportunity Microscopic Camera Image work?

The camera works by using a microscope lens and a light source to capture images of the Martian surface. The camera then sends these images back to Earth, where they can be analyzed by scientists.

3. What kind of images does the Opportunity Microscopic Camera capture?

The Opportunity Microscopic Camera captures images of the Martian surface at a microscopic level, allowing scientists to study the texture and composition of rocks and soil on Mars.

4. How does the Opportunity Microscopic Camera contribute to our understanding of Mars?

The camera provides scientists with detailed images of the Martian surface, allowing them to study the geology and potential habitability of Mars. These images have also helped identify potential landing sites for future missions.

5. Has the Opportunity Microscopic Camera made any significant discoveries?

Yes, the camera has made many significant discoveries, including evidence of past water on Mars and the discovery of hematite, a mineral that often forms in the presence of water. These discoveries have greatly contributed to our understanding of the Red Planet.

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