The complicated future of space exploration - RTNX

The future of space is a vast topic. But now, we can estimate it a little bit. Because organizations like NASA, SpaceX are working so hard on space exploration. Space future depends on the speed of space exploration. Space is really a huge area! Almost infinity, because it is expanding non-stop. So researching on such a critical topic like the future of space is so interesting!

Earth - Mars - Jupiter - Saturn - Uranus - Neptune - Point 1

Earth - Venus - Mercury - Point 2

These point will help us find out the real future of space. Point 1 helps us identify the planets which are behind the earth according to our solar system and Point 2 helps us identify the planets which are located in front of earth.

Venus and Mars are the two planets located beside Earth. So we first need to reach one of these.

Earth is located 237.43 million km from Venus and 103.17 million km from Mars.
So it is clear that Mars is more easy to reach from Earth as it has less distance than Venus from Earth.

Now, we need to find out that Venus or Mars which is more friendly to live in.

The atmosphere of Venus is composed of 96.5% carbon dioxide, 3.5% nitrogen, and traces of other gases, most notably sulfur dioxide.

Venus is not a gas planet, but a rocky planet. The interior of Venus is made of a metallic iron core that's roughly 2,400 miles (6,000 km) wide. Venus' molten rocky mantle is roughly 1,200 miles (3,000 km) thick. Venus' crust is mostly basalt and is estimated to be 6 to 12 miles (10 to 20 km) thick, on average.

On the other hand, The atmosphere of Mars is the layer of gases surrounding Mars. It is primarily composed of carbon dioxide (95%), molecular nitrogen (2.8%), and argon (2%). It also contains trace levels of water vapor, oxygen, carbon monoxide, hydrogen, and noble gases.

So it proves Mars is more friendly to live in. So people are working hard to reach Mars, they are right.

But, something is really untold and needs to be told. That is the Sun.

We actually need a lot of energy from the Sun to achieve any goal we set for space exploration. Because passing through a way of 103.17 or 237.43 million km is not a joke and needs fuels that we can never generate from Earth.

Photovoltaic (PV) solar panels use the sun's power to create a flow of electricity. But it is just kind of so low! 

Thermal Energy Harvesting: Energy of Electromagnetic Radiation. It is also a great way of harvesting energy from the Sun. But really insufficient.

So first the energy systems needs to be more capable. And you can understand all these process of harvesting more energy will take a while. But not that much. So be positive.

And also harvesting too much energy on a bad way which pollutes environment will cause huge damage on Earth. So we will have to collect energy in a really formal manner which does not pollute the Atmosphere we live in. So we need to think about renewable sources of energy and new sources of energy. Yeah, a little bit complexed. But still possible.

Breakthrough Energy, NextEra Energy, Brookfield Renewable Corp., General Electric Co., are some companies focusing on eco-friendly energy production.

So we need to invest on such companies in terms of fulfilling the dream of all humans. Yeah, we need to think about the real process to reach a simple planet. The whole space is still just at our telescope not in our reach. 

But, if we can find a really eco-friendly huge energy producing way than we can not only reach Mars but also lead in the space. But it is a little hard. Still, it is now the main objective to reach the goal and continue space exploration in a new way by visiting space.

Not yet. We need to rethink the whole engineering process, if we really want to avoid such complex issues described above. Rethink means, creating vehicles with new technology that does not require fuel or electricity. Yeah, it is hard, but still possible. Otherwise we need to pass-through a really panful process. So we need a lot of skilled engineers and also philosophers to achieve the goal.

Team - 1 & Team - 2.

Team 1 will work to execute the first process (renewable huge energy to reach many areas of space)

Team 2 will try to rethink the engineering of transportation vehicles and they need to invent a friendly one.

After all of these, we can achieve a few amount of space and living there is fully a different topic. Because for that, we need to again work on another subject and that is how to make the atmosphere of Mars (or else) friendly to humans. And it is also a full new task. Hold on, that is also possible. But creating or spreading oxygen on area which are full of carbon-dioxide is really hard. So we need to survive a tree there, and scientifically it is the most easy and effective way of spreading oxygen on other planets.

So now, we need to work on Biology deeply to succeed. Yeah an adaptive plant which can survive such a hard atmosphere. So if Team 3 succeed on creating this plant and Team 1 or Team 2 any of them succeed, it is possible to easily reach any planet and live there.

NB. Only carbon-dioxide filled planets can be conquered, the rest of them still remains untouched. But still possible.