Hello people!Well, how is Musk going to overcome this?
Exploring space has always been a tantalizing and still a daunting task. As Elon Musk’s SpaceX pushes toward its ambitious goal of sending humans to Mars, a significant challenge looms: space radiation.. Surviving the destinations requires long-distance space travel and elaborate security because the common radiations in space are intolerably detrimental to human health.
Let’s dive in!
How Elon Musk Is Going to Tackle Periods of Space Travel
The Dangers of Cosmic Radiation
As we all know, as we go up in space, the danger of radiation is a thing that is peculiar to space expeditions. Cosmic radiation is one dangerous thing that we find in space.
Radiation in space comes from two primary sources: high-energy particles like solar particle events (SPEs), including solar flares, and low-energy charged particles, such as galactic cosmic rays (GCRs), from outside the solar system. In contrast to Earth, which is protected by magnetic fields and the atmosphere from this dangerous radiation, space does not have a built-in protection mechanism.
SpaceX’s plan for radiation protection is another topic of interest in this article.
To begin with, the radiation exposure problem is solved in multiple layers, but the overall concept is based on the work of Elon Musk. Starship, developed by SpaceX for a mission to Mars, is made from stainless steel. Although not radiation impenetrable, it is far more efficient than the common aluminum often used to construct spaceships.
The Use of Water for Natural Barrier
I detected one more idea that Musk and SpaceX are considering – water as radiation protection. The material must be good at absorbing radiation, and owing to its responsibility to supply life to the system, the best candidate is water. By placing water tanks around areas where the crew spends most of its time, SpaceX intends to provide the second line of defense against damaging cosmic radiation.
Using Artificial Magnetic Fields
Another revolutionary idea being tested by Musk’s team and other space engineers includes creating artificial magnetic fields to shield us like Earth. If SpaceX could create a localized magnetic field around Starship to counter some of the cosmic radiation, the ability would be viable, though still largely experimental. It would be the solution to revolutionizing space travel, providing the possibility of conducting missions at a distance.
Observation and Forecasting of Solar Occurrences
Besides geographical limitations, Musk also uses funds to monitor and use predictive technology to detect solar activity. Better ways to measure the solar flares would improve the chances for SpaceX to move the crew to the station area with lower radiation or even temporarily change the course of Starship. While the prediction models can only give a short-term warning to the astronauts, this approach might decrease human exposure during highly unfavorable solar events.
Gardening for Health
SpaceX is involved in building space-capable vehicles, and Musk has shown intent to create remedies for radiation exposure. Both genetic and pharmaceutical research can lead to the development of agents that would improve cellular radio-resistance. It is a more experimental approach, which means that the discoveries made could prove helpful to astronauts and patients on Earth who have to take radiation therapy.
Conclusion
SpaceShip using new designs, predictive soft wares, and maybe biological enhancements Elon Musk’s SpaceX seeks to shield astronauts from radiation in space.
That’s why risks are rather high: owing to Musk’s desire to invest in rather ambitious solutions, people keep dreaming about space travel.
However, will such plans be adequate to guarantee safe travel to Mars and other extra planets?
