Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
"That was a big one," Heavy-Egg thought, as his tread felt the change in pitch of the vibrations in the<br />
deck.<br />
There was a loudclang. A pushout, the first in many turns, was hanging in the catcher, the extra strain<br />
having proved too much for the ring.<br />
The shock waves from the crustquake penetrated to the center of the neutron star where they were<br />
bounced back and forth by the density differences between the various layers. A number of the bouncing<br />
shocks met each other at one of the boundary layers and concentrated their energy in a very small region.<br />
The extra pressure was just enough to initiate a phase change in the material, and it shrank in volume.<br />
Once started, the phase change spread at nearly the speed of light. An inner layer of star almost a<br />
kilometer thick changed density and shrank by two meters, leaving the outer layers of the neutron star<br />
unsupported. The outer layers fell, and the crustquake became a<strong>Starquake</strong>.<br />
The gigantic <strong>Starquake</strong> rose to the surface and shook the crust like a Swift shredding a Flow Slow. The<br />
crust alternately buckled and spread, sending anything loose moving across the surface at high speed to<br />
smash into walls, plants, or cliffs. The<br />
magnetic fields embedded in the crust shook along with the crust and accelerated the electrons and ions<br />
in the thin, tenuous atmosphere. The atmosphere heated up until it reached a temperature of a billion<br />
degrees. Electron-positron pairs were created, only to annihilate again to produce a continuing flood of<br />
X-rays. The X-rays bounced off the high speed electrons in the super-heated atmosphere and with each<br />
bounce increased in energy until they were a deadly, penetrating glare of gamma rays.<br />
Time-Circle felt the crust drop beneath him once again. Unlike the first time, the dropping motion didn't<br />
stop. The whole world around him was dropping and dropping. The gravelectromagnetic fields in the<br />
Time-Comm machine lost control of the spinning black hole at the heart of the machine. The black hole<br />
converted back into energy, blowing up the Time-Comm compound and Time-Circle.<br />
Neutron-Drip had been expecting a second series of shocks as the crustquake circled around Egg and<br />
returned again. It returned early. She was still trying to understand why the quake seemed stronger than<br />
before, when she found herself sliding helplessly at high speed toward the array of instruments she had<br />
been tending. The sharp edges on the instruments cut her to ribbons.<br />
Zero-Gauss was in her underground laboratory. She was picking up some pellets that had missed the<br />
catcher on a fountain plant during the initial crustquake. The starquake hit and she and all the plants and<br />
animals were swept across the metal floor to one corner of the room. The support pillars buckled, and<br />
the roof fell in.<br />
A pulsating sheet of fire flickered over the surface of the neutron-star, generating a high-energy blast of<br />
radiation that spread out into space. It only took a millisecond for the high-energy ultraviolet, X-rays, and<br />
gamma rays to reach Dragon Slayer in its synchronous orbit above Bright's Heaven. The stronger of the<br />
gamma rays sheeted through the tough hull of the spacecraft, through the thin protection of Amalita's<br />
space-suit, and irradiated her body with three times the lethal dose. The ultraviolet radiation bounced off<br />
the star image telescope mirror, burned through the protective filters, and poured unim-<br />
peded down on the star image table, flooding the Science Deck and Amalita's eyes in an ultraviolet<br />
glare.<br />
Amalita's eyelids closed too late over cloudy-white corneas and started to blister under the intense<br />
radiation. Following on the heels of the electromagnetic radiation pulse came a three-pulse burst of