Well, scientifically, the moon is thought to have formed from a giant impact. But in science fiction, like in the movie 'Moonfall', they depict the moon as an artificial construct. It's a huge difference as one is based on evidence and research, while the other is pure imagination.
Science says the moon formed from debris. In science fiction, there are wild ideas. For example, some stories might suggest that the moon was a lost planet from another solar system that got caught in Earth's gravity. This is very different from the scientific view which is more about natural processes within our own solar system.
Science uses evidence - based research. But science fiction often takes liberties. For instance, science says the Big Bang was a natural physical process. In science fiction, it could be triggered by an alien race for some purpose.
In 'I am Legend', scientific research is depicted as a solitary and desperate effort. The protagonist is basically alone in his quest to understand the virus. He has a makeshift laboratory where he does things like sample analysis and tries to develop a cure. He also keeps records of his findings, which is an important part of real - life scientific research.
Science fiction often depicts Earth bound entities in extreme situations. In real - life, while we face problems like climate change, in science fiction, these issues can be magnified to a global catastrophe. Moreover, relationships between Earth bound entities can be more complex. For instance, in a science - fiction world, different human groups might have evolved into distinct species with different cultures and values, leading to intense power struggles. In addition, technology in science fiction can change the nature of Earth bound entities. For example, cybernetic enhancements can turn a normal human into a super - soldier, which is far from the current real - life situation.
Some futures science fiction depicts nature as a victim. Due to over - exploitation and environmental disasters, nature is on the verge of collapse. For instance, the oceans might be filled with toxic waste, and most species are extinct.
Science fiction may depict group brainwashing through advanced technology. For example, mind - control machines or drugs that can change people's thoughts.
Scientific fields often provide the basis for science fiction. For example, advancements in physics like the theory of relativity have inspired ideas about time travel in science fiction. Many scientific concepts such as cloning, artificial intelligence, and space exploration are common themes in science fiction. Writers draw on these real - world scientific fields to create imaginative and futuristic stories.
The scientific method provides facts and theories that science fiction writers can use. For example, research on space exploration gives ideas for stories about alien planets.
Science fiction has a significant impact on scientific research. It can act as a source of inspiration, motivating scientists to pursue unconventional paths. Also, it helps shape public perception and funding for certain research areas by creating interest and excitement.
Well, in science fiction, the Dark Side of the Moon is typically depicted as a much wilder and less - explored place compared to the near side. The near side has been the focus of a lot of our real - world lunar exploration, so in science fiction, it's often shown as more 'tamed'. But the Dark Side? It's a whole different ball game. It might be filled with strange energy sources or uncharted terrains. There could be ancient alien civilizations that have left their mark only on the Dark Side. And the environment there might be harsher in fictional stories, with more extreme temperatures and unpredictable gravitational anomalies compared to the near side.
Best scientific science fiction can contribute to the understanding of science in many ways. For instance, it can introduce complex scientific concepts in an accessible and engaging way. Take 'The Martian' as an example. It shows how an astronaut might use scientific knowledge to survive on Mars, like growing food in a hostile environment. This makes real - world science concepts like botany and chemistry more relatable. Another way is by inspiring future scientific research. Works like '2001: A Space Odyssey' with its vision of advanced artificial intelligence can inspire scientists to explore the possibilities of AI further.