Adapting to Survive Proxima c: Nervous System in Living Organisms - Essay Sample

Introduction

The outstanding adaptation of the nervous system of living organisms likely to survive in Proxima c. is sleeping during the dark hours. The nervous system of humans receive information concerning the environment surrounding them and generates responses to corresponding to the perceived information (Sanders and Oberst, 2016). It consists of a CNS(Central nervous system) and PNS (the peripheral nervous system). The CNS is composed of the spinal cord and the brain, which controls many functions of the body, including movements, awareness, thoughts, memory, and speech (Jeong & Park, 2016).

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Future concerns in terms of lasting interplanetary guided by the space missions encouraged the adaptability of living things and their essential systems to hetero gravitational ecologies on a scientific basis. It then becomes clear that the orbital space explorations need an idea about systems capable of perceiving gravity, determine movement, survival, and cognition (Anglada-Escude et al., 2016). A critical focus is based on the human nervous system since it is essential for sensory input integration, such as the vestibular system, terrestrial locomotion, and movement control. The human nervous system controls the contraction of the muscle to allow the body to adapt to the gravitational force as well as managing the locomotive systems and reflexes in the evolutionary change from aqueous life to terrestrial. For orbital missions, the knowledge concerning the gravity sensitivity of the human nervous system is key to handle significant issues (Jeong & Park, 2016).

Proxima c. offers an opportunity to understand the nature and evolution of terrestrial planets moving around M dwarfs. Even though Proxima c. revolves within its habitable zone. Several plausible evolutionary paths might have led to various environments that may be habitable or not.

An adaptation to the human NS, the Proxima c humanoid, is compounded by serious adaptive control means which keep learning. With these control mechanisms, humans learn to adapt their movements to contain the perturbations in a state-dependent manner. The central nervous system increases energy through the development of internal forecast models to produce forces to anticipate worries. The humanoid system is thus needed to solve problems in the physical environment (Jeong & Park, 2016).

Humanoids perform many functions by reading the user's intentions through the signal so of the brain. However, the human nervous system produces brain signals in the process. Humanoids control behaviors based on visual perception and the intention of the user. Moreover, robotic humanoids are a technique to investigate the cognitive function of human beings and to adapt them to acquire intelligence and cognitive behavior (Sanders and Oberst, 2016). The main aim is to act and react accordingly in actual physical environments but can perform better on Proxima c. than on earth.

References

Anglada-Escude, G., Amado, P. J., Barnes, J., Berdinas, Z. M., Butler, R. P., Coleman, G. A., ... & Jeffers, S. V. (2016). A terrestrial planet candidate in a temperate orbit around Proxima Centauri. Nature, 536(7617), 437-440.

Jeong, H. C., & Park, J. Y. (2016). The Comparison between the Effects of Consonant and Dissonant Music Therapy on the Autonomic Nervous System and Stress Management. Intern. J. Software Engineering Applications, 10(12), 269-278. https://pdfs.semanticscholar.org/892b/f06ea0fb4b2d822a1f952c510d8bbda7dda2.pdf

Sanders, S., & Oberst, J. (2016). "Brain-inspired intelligent robotics: The intersection of robotics and neuroscience." Science/AAAS, 1-53. https://www.sciencemag.org/sites/default/files/custom-publishing/documents/Brain-inspired-robotics-supplement_final.pdf