Having a house building service on the moon may not be an entirely possible reality. Although there are people who are working on developing methods of building on the Moon, there is still a great deal of work left to do before anyone can truly put up a house on the Moon.
Cost of building materials on the Moon
Developing infrastructure on the Moon is an important step in establishing a long-term presence on the surface of the Moon. Currently, scientists and engineers are working on lunar settlement technology with anticipation.
The best way to do this is through ingenuity. The moon has a variety of resources that can be harvested, but they must be processed before they can be utilized. Some of these resources include the moon’s gravity and physical properties.
Another resource is the moon’s oxygen. This is a great source of fuel. But it is only available in permanent shade. Private companies are considering mining hydrogen from the moon’s ice, which could help reduce the cost of space travel.
The lunar surface is also an excellent source of water. This can be used to make oxygen.
A realistic time frame for a lunar base
Several space agencies are expressing interest in a crewed Moon base. However, their budgets aren’t enough to realize the goal. A recent study suggests that a public-private partnership could cut costs by as much as 90 percent.
One of the biggest challenges of designing a lunar base is the power system. It’s important to have enough electricity to run life support systems and scientific equipment. For example, there are radio telescopes. The Moon doesn’t have a magnetic field. Also, it doesn’t have a protective atmosphere.
Solar panels are relatively inexpensive and reliable. Almost every spacecraft uses them. However, they are not effective during the night on the Moon. A hybrid configuration, in which a nuclear fission reactor is used during the lunar night, would allow for the use of solar energy during the day.
Growing artificial stone from regolith
Creating artificial stone from regolith for house building service on the moon is a feat of engineering that will require a lot of hard work and trial and error. Currently, the only way to do it is by using giant mirrors to channel sunlight through the lunar dirt. However, the technology could be ready within two or three years.
One of the biggest challenges is to figure out how to heat up the Moon dirt to around 900 degrees Fahrenheit. This will require more energy than heating ice, but it’s not impossible. Some scientists are even exploring the idea of releasing oxygen from the chemical bonds in regolith. While this might not seem like a big deal, it is, and could spell disaster for a lunar base.
Adapting the human body to the conditions of a long stay in weightlessness
Adapting the human body to the conditions of a long stay in weightlessness is an important topic in space medicine. The goal of this research is to identify the physical and physiological effects of living in a microgravity environment and to develop countermeasures for improving astronaut health.
There are three ways in which the body is affected by weightlessness. The first is through anatomical changes. The musculoskeletal system is particularly susceptible to weightlessness. This decreases bone density and muscle strength. The heart also experiences some alterations. It is not clear how these changes occur.
The other two ways in which the body is affected are through fluid distribution and the respiratory system. These changes can lead to problems when returning to Earth.
Blood circulation in the lungs is a good example of this. The baroreceptor system is altered. In response to the decreased pressure, the venous system becomes more centralized and efficient. This causes attenuated excretion rates of sodium and fluid.