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Ngw* 5. CI»ft-Wort Plant<br />
Upon reversal of the process, they regrow a new, young cheela body to house their brain and nervous<br />
system, which had been unaffected by the transformation. This animal-plant-animal process gives the<br />
cheela a method for rejuvenation of the body.<br />
Another form of plant life is the tri-poster plant shown in Figure 4. It puts out secondary trunks like the<br />
banyan tree on Earth, then grows an interconnected triple trunk system with membranes and tension<br />
fibers completing the structure.<br />
A third form of plant life is the cleft-wort, well-known trademark of the Web Construction Company. It<br />
is found mostly in crevices in rocks in the mountainous areas at the east and west magnetic poles,<br />
although the hardy mountain plant also thrives in the nooks and crannies of the homes and offices in the<br />
cities and towns. As can be seen in Figure 5, the cleft-wort plant uses the rocks and ledges to provide<br />
mechanical support. A taproot at the base of the cleft climbs up the corner of the crevice to the upper<br />
surface where it attaches onto opposite sides of the cleft with broad surface roots. The surface roots then<br />
anchor tension fibers in a pattern similar to that of a spider web in the corner of a room. The web fibers<br />
support a membrane between them. The upper surface of the membrane is highly emissive to allow waste<br />
heat to escape to the cold sky, while the lower surface is silvery to reflect the heat from the hot crust<br />
below.<br />
STARQUAKES<br />
The only "weather" the cheela have on the nearly airless Egg is earthquakes or, more properly,<br />
crustquakes or starquakes, depending upon the magnitude. While a large quake on Earth has a Richter<br />
magnitude of 8 or greater, large starquakes on neutron stars can reach an equivalent Richter magnitude of<br />
16!<br />
Having experienced a starquake at close quarters with a number of different instruments active and<br />
measuring, we now have a better idea of what a large starquake is like. Our present understanding is<br />
summarized in a recently published book by some of the crew members on Dragon Slayer.1Our findings<br />
are not significantly different than the older publications in the field that discussed how the vibrational<br />
energy in the crust gets transferred into the magnetic field and then into the electrons and ions in the<br />
sparse atmosphere,2,3 how the smaller quakes can be used to predict the larges quakes,4and how a<br />
large<br />
quake can trigger a core collapse or starquake. Unfortunately, being able to predict a large quake from<br />
smaller quakes was of little help to us humans who were there. The whole quake sequence takes place in<br />
less than a second.