The technology to build it is already ready and it would be the biggest leap forward in space exploration
It's an idea, despite how much it falls into the realm of science fiction Space elevator Taking us beyond the Earth's surface into the stratosphere is neither far-fetched nor impossible. Not in the near future, at least, because everyone else though Calculations of its reliability and performance are correctWe are not ready to create such a thing.
We are talking about a 35,785 structure that only needs to be stabilized when anchored in space. Tierra, this will be a huge challenge, and one that will require maintenance and repair that, at least today, is far beyond our capabilities at the engineering level. What a downside, right? Don't worry, there's a twist, and it's probably not too far away.
The space elevator is not science fiction
Let's do an experiment. Well, you can actually do that in your head, because you've probably already found yourself in a similar situation. I'm not going to make you get out of your chair. Imagine that you are standing up, you have a rope in your hand, and at the end of that rope is a ball. As you begin to spin, the weight of the ball lifts it up and maintains the same inertia as you.
In the case Space elevator, you are Earth, the ball is a station beyond the boundaries of the planet, and the tension created in the rope keeps it firm and stable, which is the key to building a space elevator. If you think we don't have those lines, the Carbon nanotubes and graphene They must tell you something.
It is a material that, according to recent studies, can withstand the pressures that occur when the Earth rotates at a speed of 1,670 kilometers per hour. Once anchored somewhere at the equator, we could design our very own space elevator and open the door to a revolutionary technological leap in space exploration.
“Once you get the cost down to almost Fed-Ex levels, it opens the door for a lot of people, a lot of countries and a lot of companies to get involved in space.”
As NASA physicist Bradley Edwards told us, it will take us 15 years to build at a cost of about $10 billion, but once it's done we'll have the opportunity to travel unmanned into space. Rocket boosters and become ridiculous. Sending goods and crew into space could be as easy as loading a train.
The problem is that we don't have the ability to design carbon and graphene nanotubes of that length, nor do we have the resources to manage a project of that scale. However, this is not prevented NASA I've been working on this idea for years, and with a little luck and technological drive, maybe we'll even make it to the most expensive and spectacular penthouse on Earth.
Picture | Aokoyamaharuto en midjourney
In 3D games | There was no cultural appropriation or disdain for the past, and in Japan they embraced American Wild West fashion like another urban tribe.
In 3D games | The reason there aren't two Mickey Mouses in a Disney park at the same time isn't magic dust, the key lies in its secret underground tunnels.
