1 year ago

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Episode Mini Description 📝 👇
The AHV continues to malfunction. How will the team get back on task? Find out now.

Anime Short Story 📝👇
The storm raged around them, a relentless force that drowned out all sound except for the howling of the wind. It was nearly impossible to hear anything else over the din, but Samson's voice cut through the noise like a knife.

"The drill is malfunctioning again!" he shouted, trying to be heard above the storm. "We need to shut it down before it overheats!"

Kanji nodded, his fingers flying over the control panel as he tried to shut down the malfunctioning machine. But the controls were unresponsive, and the storm was making it difficult to get a signal.

"This is bad," Anna said, her voice barely audible above the cacophony of the storm. "We need to get out of here now."

Samson nodded in agreement. "Grab your gear and follow me," he said urgently, already turning towards the exit.

The group quickly gathered their belongings and began to make their way through the storm, their progress slowed by the howling winds and the treacherous ground beneath their feet. They had only gone a short distance when the ground beneath them began to shake. The drill had become stuck in particularly unstable material, and the resulting vibration was making the machine malfunction even further.

"Hurry, run!" Samson shouted, his voice barely audible above the chaos. "The drill is going to...watch out!"

It was too late. The drill, seemingly stuck, began to swing around and around. Then, with a loud explosion, it broke apart into shrapnel, flying in all directions and crashing into countless pieces.

Series Description: 📝👇
Welcome to Parsimony RH7—34:
In this new (ever-improving) sci fi anime short and science fiction audio book/animation series we travel to a frozen exoplanet we're we follow (11) different characters tasked with the impossible...

Parsimonious space colonization—using limited resources and technologies in the most efficient and effective way possible in order to establish a human presence on another planet. In the case of RH7-34, a frozen exoplanet, this involves the use of specialized equipment and technologies designed to withstand extreme cold and other harsh environmental conditions. For example, colonists use underground habitats or structures to protect themselves from the freezing temperatures on the surface. They also use advanced heating and insulation technologies to keep their living and working spaces at a comfortable temperature.

In terms of adaptation to the planet's environment, the colonists need to find ways to survive and thrive in the cold, harsh conditions of RH7-34. This involves the use of specialized clothing and equipment to protect themselves from the cold, as well as the development of new technologies and techniques for growing food and generating energy in the frozen environment. The colonists also need to carefully manage their resources and waste, in order to avoid overburdening the planet's fragile ecosystem. Over time, they adapt to the unique challenges and opportunities of life on RH7-34, developing a semi-sustainable and self-sufficient way of life.

A frozen exoplanet can be inhabitable if the right conditions exist to support life. This includes the presence of liquid water beneath its surface, a source of heat to keep the water in a liquid state, and a protective atmosphere to shield it from harmful radiation. The presence of these conditions make it possible for microbial life to exist on an exoplanet, even if its surface is frozen.

It is possible for complex biological systems to thrive beneath a planet's crust, using the planet's core for warmth and other necessities for life...

The planet's core serves as a source of heat, providing the necessary conditions for life to exist and thrive. The heat from the core keeps liquid water in a liquid state, even if the surface of the planet is frozen. The water supports biological systems to support various metabolic processes, such as photosynthesis.

Additionally, the planet's core provides the necessary chemical elements and compounds for life, such as carbon, nitrogen, and phosphorus. These elements get transported to the surface through geothermal vents, where they are used by living organisms. In this way, complex biological systems thrive beneath the planet's crust.

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