In the 20th century, classical physics, chemistry, and biology have been established. With the advent of the 21st century, scientists stand on the shoulders of giants and make continuous efforts, and classical physics, chemistry, and biology seem to have obtained many refreshing research results. Although some of the new research results do not have the corresponding systems theories of the classical disciplines, they may give us unprecedented fantasies about the future application of science.
Some of the plots in "Interstellar" have scientific theoretical basis in reality. For example, Earth agents launch corresponding patches on guards on other planets, allowing them to do the same. I have seen a corresponding demonstration of this technology on TED. The principle is probably that the original action person makes the action to generate a nerve impulse (a kind of nerve current), and the nerve impulse is recorded and copied through the instrument, and then passed to another person through the instrument. piece, another person will do the same. There is also the princess on the diamond planet, who converted her memory into a wave form and spread it into the universe to find another person for deposit, applying the wave-particle duality in quantum mechanics. The reading of biological brain memory in "Interstellar Agent" is also an application of brain neurology. Sound wave recognition in movies is also the application of corresponding mathematical models or artificial intelligence.
Quantum mechanics studies the basic laws that microscopic particles follow, and neurology studies the principles of electrical current transmission between nerves. People's research on the microscopic fields of physics and biology is getting deeper and deeper, and progress in the fields of quantum mechanics, neurology, and genetics is bringing people's infinite imagination about the future.
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