Determine and Overcome the Astrophysics Challenges of Deep Space Journeys.

EasyChair Preprint 14312

Abstract

Because there are a biological sensors working in the human blood circulatory to organize the blood pressure coordinating with the heart`s pulses pressure via organizing the diameter of blood arteries explanations in each organ in order to organize the pressure in each organ (with the heart pulses pressure), may the functions of these biological sensors distort during a microgravity environment that may create unbalances in the blood pressure in the human blood circulatory but during a long time a space journeys, these distortions will stay a long time as long as the duration period of the long space journey, therefore heath deteriorations of the astronauts after the long space journey is due to the permanent distortions of the blood circulatory that been happened during the long space journey, therefore it could result a permanent physical distortions upon blood circulatory system that makes the astronauts keep suffering of a high liquid pressure in some specific organs and even have some effects upon eye health and the heath deteriorations generally. Therefore we should consider several concerns when we design a spacecraft able to generate a centrifugal force as an artificial gravity force, dock spacecraft safely, and learn from our previous mistakes may avoid spacecraft accidents, here are the main technical reasons behind the failure of the SpaceX, the operation temperature of all equipment and engines during the space journeys, the nuclear batteries, using multi-layers tissue composed of a high-density metals and ultra-high strength alloys for the external body of the spacecraft. Therefore astronaut's room in the spacecraft should be a spinning room to generate a centrifugal force.

Keyphrases: astrophysics challenges., deep space journeys., spacecraft.

@booklet{EasyChair:14312,
  author    = {Armen Ohan},
  title     = {Determine and Overcome the Astrophysics Challenges of Deep Space Journeys.},
  howpublished = {EasyChair Preprint 14312},
  year      = {EasyChair, 2024}}