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Human history is told by the energy we use.
At first we had to use our muscles, then we learned to control fire. We industrialized
the world using coal and oil and entered the Atomic Age when
we learned how to split a nucleus. At each step, we increased our energy harvest to a scale never seen before and advanced as a species.
Currently, we're slowly transitioning to
renewables and if we're lucky, fusion energy will become viable in the future. As humanity progresses further, if we don't destroy ourselves
or our habitat, we will likely gain complete control of our planet's resources.
At that stage we'll probably begin to look
outwards for new places to expand into.
But space is hard and establishing a serious human presence in the solar system will require ungodly amounts of energy.

Introduction...

Luckily, we know where to find it.

The Sun - the ultimate source of energy.
A furnace 100 quintillion times more powerful
than our most efficient nuclear reactor.
It shines with the energy of a trillion nuclear bombs per second.
So, how do we get this energy? Not some of it, all of it.
If we want to collect the most energy physically possible, we'll have to build the largest most ambitious structure in the universe. The Dyson Sphere, a megastructure that encompasses a whole star to capture its power output. For an intelligent species, building a Dyson Sphere is a technological leap on a par with the discovery of fire for our ancestors. The transition from a planetary species to an interstellar species. It would usher in an age of exploration and expansion on a scale we can barely imagine. So, what would it look like?

Information...

Deatiled

The solar shell covering the sun is probably not the way to go in a big rigid body, as it is possible to be sensitive to the effects, possibly it will be liable to break and may crash directly into the sun, viable for a Dayton area. Design can be one, Dyson has prepared a large group of orbiting panels that collect the power of the sun It is as if Talwar basically gives unlimited energy to humanity but it will not be easy to make it.

Sun is very big so we need a lot of satellites: each satellite is about one square kilometre, about 30 quadrillions to circumambulate the Sun They will be required, even if they are lightweight, we need about 100 quintals of material and then we actually put the parts together. And they require energy to take their place. All around the sun which we need to establish a permanent infrastructure in the space to begin construction, let’s assume that our descendants will take care of this and want to make mega structure we want to create three main categories of material design And can solve the challenges in energy. To get huge amounts of raw materials required for our Dyson flock, it is possible to separate a whole planet from the planets available on a large scale. Mercury is the best candidate available, the closest it is to the Sun near the Sun and its very rich metal This means that there is no atmosphere in the low-hanging luggage and mercury, and only one-third of the surface of the Earth’s surface, It’s relatively easy to launch content in the sky.

Procces

We can sort the challenges into three main categories

Material, Design and Energy.

To get the vast amounts of raw materials required for our Dyson swarm will have to largely disassemble a whole planet

Of the planets available mercury is the best candidate it's the closest to the Sun and very metal-rich

close to the Sun

also

Means less moving stuff around and mercury has no atmosphere and only about a third of the surface gravity of Earth making it

comparatively easy to launch material into space.

Next we should consider the design of our swarm simpler is better

Conventional solar panels are far too intricate and short lives our satellites need to operate without repairs or intervention for

astronomically long times and they need to be cheap to produce

But they're most likely going to be enormous mirrors

which refocus sunlight to central collecting stations like in concentrated solar power on earth

to build and launch them efficiently they must be incredibly light made of little more than polished metal full bound to some supports and

Last we need the energy to build and launch the swarm itself taking a part of planets and launching things into space

requires an enormous amount of energy for example if we used all the fossil fuels and Uranium on earth and we?

Were perfectly efficient we could only launch as much

Mass as Mount Everest into space a rather meager accomplishment compared to planetary disassembly

To get the energy needed to build a Dyson Sphere it's almost as if you're going to need the power output of a dyson sphere

But that's. Ok there's plenty of sunlight to be had on Mercury so let's get to work.

Humans are expensive to keep alive and are very sensitive to the environment

So, we'd want to automate as much as possible.

Ideally we'd have a small crew of controllers who oversee an army of autonomous machines doing the actual work

There are four major pieces of technology required solar collectors miners refiners and launch equipment

the solar collectors are going to give us the energy we need to disassemble the planet

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To start maybe we deploy something like one square kilometer of them either as mirrors or as traditional solar panels

they'll provide the energy to run our miners which strip-mine the surface of the planet and our refiners which extract valuable elements and fabricate them into our swarm satellites.

To get them into space we need a creative and efficient solution

Rockets aren't too expensive and difficult to deorbit and reuse

Instead, we'll want to use a sort of railgun a longer

Electromagnetic track which launches our satellites at high speeds

Our swarm satellites will be packed tight for launch unfurling like an enormous origami once in orbit

from this point we can take advantage of

exponential growth using the energy of the existing parts of the swarm to build more infrastructure on Mercury and launch new panels faster and faster

each panel provides the energy to build another those to work together to build the next to

Four become eight eight become 16 and so on

within just about 60 doubling times the Sun would be completely surrounded by solar panels and

This can happen quickly if a square kilometer of solar collectors takes a month to build we could be done in a decade

if only our infrastructure on the planet's surface can keep up with the quickly growing budget of energy

Even collecting 1% of the sun's energy is an unbelievable change in our species energy budget

We could create the infrastructure to being basically unlimited amounts of energy around the solar system for all sorts of projects

colonies on other worlds terraforming planets.

constructing more mega structures or even traveling to other stars it could be the start of an interstellar

Civilization based on physics alone this is not just possible but easy

It's such a simple process and such a necessary step for any species to expand beyond their home planet that many astronomers

Think there are probably Dyson spheres already out there in the Milky Way we haven't spotted any yet but they could be there

it's far from certain that humanity will ever get to this point our attention is too often focused on short-term political gains and

Conflicts that will not matter in the long run but if we survive the challenges we've set ourselves.

we could potentially become the first species in the universe to create a structure with the scope of a star if

We? Do it the only limitation left will be our own

Imagination.

Deatiled

Procces

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Curiosity continues...

Dyson Sphere : The Future Energy