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Crichton's writing style and qualities
Crichton's writing style and qualities
When writing his novels, Michael Crichton often focused on topics such as: Technology failure, human hubris, nature vs. man, and the mysteries of nature. Most of Crichton's stories would begin with mankind making some new discovery that would change the world. However, this discovery would often lead to disaster among those who found it. It would then be up to an individual or group in order to save the world from the newly found discovery. There would be moments where Crichton leads the reader to believe that the disaster has been avoided, only for the situation to grow more dire as the main character(s) must race to save humanity. Michael Crichton liked to research topics he was interested in before writing about them in order to include as much truth in his storytelling as he could. He liked to thoroughly describe the problem at hand, why it was happening, and how it could be stopped.
Emulation Excerpt-Project Stratos
Emulation Excerpt-Project Stratos
The first storm appeared over the Pacific at 03:17 GMT. No one noticed it at first. Storms formed over the Pacific constantly-thousands each year. Most of them die out quietly over the water. Only satellites and buoys see them. The Global Atmospheric Regulation Network saw this storm. Called it Cyclonic Event #77123. They thought it would go away within twelve hours.
They were wrong.
Dr. Elena Mendoza was the first to notice the strange anomaly. The pressure readings had made no sense to her.
She was in the control room of the Stratospheric Climate Operations Center near Geneva. There were countless monitors displayed in front of her. These screens showed what was happening in time from sixty-four satellites orbiting Earth. Each 540 kilometers high.
This was Project Stratos
Humanity’s first attempt at controlling the weather.
The satellites worked by sending concentrated microwaves into specific regions of the upper atmosphere, heating volumes of air and subtly shifting pressure gradients. In theory, this allowed scientists to redirect jet streams, weaken hurricanes, and trigger rainfall in areas suffering from drought.
But, after all, it was just a theory.
Mendoza leaned closer to the monitors, studying the storm. The atmospheric pressure had dropped thirteen millibars in twenty minutes.
That was impossible
Pressure didn’t drop that fast unless a cyclone was forming, and cyclones required days of ocean heating and rotation.
Yet there it was.
“Run the satellite log,” she said
From across the room, Systems Engineer John Hersh glanced up. “Which Satellite?"
“All of them”
The computer began to gather data from all the satellites. On the display, the storm continued to grow. Wind speeds climbing past 110 kilometers per hour. Then 140.
Mendoza leaned closer to the screen.
“That’s not a storm,” she whispered.
Hersh looked confused. “What do you mean?”
Mendoza highlighted a cluster of data points appearing along the storm's outer edge. There were energy spikes. Perfectly circular, each one exactly forty kilometers apart.
Hersh stared, “Dear God.”
The Satellites were firing.
STRATOS-12: Atmospheric heating pulse (upper troposphere)
STRATOS-19: Pressure gradient adjustment
STRATOS-27: Jet stream deflection protocol
Combined atmospheric energy input: +418% above operational limits.
“That’s not possible,” said Hersh, “The system has safeguards.”
Mendoza didn’t answer. She was watching the storm’s eye form.
The circular structure appeared suddenly, like a hole punched into the cloud mass. Surrounding winds accelerated violently as warm ocean air surged upward. Within minutes, the cyclone had doubled in size.
On another monitor, global weather models began recalculating. New projections appeared across the screen.
Storm Formation probability:
Pacific Basin – 63%
Atlantic Basin – 71%
Indian Ocean – 58%
Mendoza began to feel sick. The satellites were no longer stabilizing the atmosphere. They were amplifying it.
“John,” Mendoza said softly, “How many satellites are currently running atmospheric correction protocols?”
Hersh typed rapidly. His face turned pale. “All of them”
Mendoza turned back to the growing storm. Six additional disturbances were already forming.
The atmosphere was behaving like a feedback system; energy added in one region triggered pressure imbalances elsewhere, which the satellites automatically tried to correct. Which added more energy. Which created larger imbalances. A cascade.
There was a code Mendoza had created in case of such a catastrophe. She had never imagined she’d have to utter it, though.
“Runaway.”
Hersh swallowed, “How long until the system shuts itself down?”
Mendoza quickly pulled up the satellite command architecture. She wasn’t met with a good answer.
System Status:
“Automatic shutdown disabled during global climate intervention phase.”
Outside, the sun was just beginning to rise. High above the earth, sixty-four satellites were firing energy into the air.
The storms were just beginning.
Explanation of peice
Explanation of peice
This piece reflects the writing style of Michael Crichton in many aspects. To explain, Michael Crichton loved to include real science with his fictional writing. He liked to make the problems in his books seem like they could really happen. I believe I captured this part of his writing style by including some real-life science behind the idea of weather manipulation within the story. When writing this piece, I attempted to implement some foreshadowing since Crichton's books often foreshadowed future events. Although there wasn’t a lot of story to work with and foreshadow, I still believe there were future events hinted at by earlier information in the excerpt. Another often discussed topic in Crichton's novels is the failure of technology. Crichton's books constantly warned of technological failure mixed with the implications of human ambition. I think this excerpt perfectly captures the problem of technology failure and the catastrophic results of humanity's own ignorance when attempting to control nature.
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