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UTILIZATION<br />
GÖMBÖC IN SPACE<br />
Gömböc shape helps Indian Star Tortoises to<br />
self-right themselves.<br />
Gömböc is fascinating to look at and<br />
watch wiggle back to its stable point,<br />
but its value is not just in its unique<br />
aesthetics. For one, the differ<strong>en</strong>t angles and<br />
proportions have to be measured with a<br />
precision that is to within t<strong>en</strong> microns – one<br />
t<strong>en</strong>th of the thickness of a human hair - to<br />
make the shape work. The shape may also<br />
give us insight in to why and how turtles<br />
are able to get back on their feet wh<strong>en</strong><br />
upside down without the use of their limbs.<br />
Highly domed turtle shells are nature’s own<br />
Gömböc’s. Seeing math and nature come<br />
together sure is a beautiful thing.<br />
The Gömböc helps to decode the history of<br />
pebbles on Mars.<br />
The Gömböc was the key in the<br />
id<strong>en</strong>tification of governing equations for<br />
the temporal morphog<strong>en</strong>esis of pebbles.<br />
Aided by these equations and by using the<br />
images of eroded pebbles tak<strong>en</strong> by<br />
NASA’s Curiosity rover, sci<strong>en</strong>tists could<br />
estimate the l<strong>en</strong>gth of anci<strong>en</strong>t Martian<br />
rivers which existed 3 billion years ago on<br />
the surface of the Red Planet. This result<br />
is regarded as one of the most compelling<br />
evid<strong>en</strong>ce on former fluvial activity on Mars.<br />
source: nature.com<br />
source: curiosity.com