yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

Zubrin's Guide to Colonizing Mars | MARS


less than 1m read
·Nov 11, 2024

Humans to Mars does not require building some gigantic nuclear powered interplanetary spaceship. We can do it with the kinds of technology we either have today or know how to build today.

We need to have a heavy lift booster. We take two such boosters for each mission. The first one shoots off to Mars an Earth return vehicle, so now we have a fully fueled Earth return vehicle sitting waiting for us on the Martian surface.

We launch two more boosters off the camp; one shoots out another one of these Earth return vehicle fuel factory combinations. The other shoots out a habitat with a crew of four astronauts in it, perhaps six.

We send the crew out to Mars on a six-month orbit, check out the weather, and then go and land at landing site number one where a fully fueled Earth return vehicle is waiting for us. The crew would be on Mars for a year and a half.

At the end of the year and a half, they get in the Earth return vehicle, they take off, and they fly back home to Earth. They leave behind on Mars their habitat, the nuclear reactor, their various ground vehicles, and other equipment.

Okay, after a number of these things are done, we have a string of bases. After a little while sending people to stay, we can build in our time the first human settlement on a new world.

There's nothing in this that is fundamentally beyond our technology. All it takes is some focus and a little bit of moxy. We can do this.

More Articles

View All
Even and odd functions: Find the mistake | Transformations of functions | Algebra 2 | Khan Academy
[Instructor] We are told Jayden was asked to determine whether f of x is equal to x minus the cube root of x is even, odd, or neither. Here is his work. Is Jayden’s work correct? If not, what is the first step where Jayden made a mistake? So pause this …
Analyzing related rates problems: equations (trig) | AP Calculus AB | Khan Academy
A 20 meter ladder is leaning against a wall. The distance ( x(t) ) between the bottom of the ladder and the wall is increasing at a rate of 3 meters per minute. At a certain instant ( t_0 ), the top of the ladder is a distance ( y(t_0) ) of 15 meters from…
BEST of MARGIN CALL #3 - First Meeting
So, Sam, what do you have for us? It’ll be here in a minute. Finding somebody in the copy room at this hour was a little bit of a challenge. Okay, let’s go right into the introductions. This is Sarah Robertson, who you know. Chief Risk Management Office…
Modal verbs | The parts of speech | Grammar | Khan Academy
Hello grammarians! Today we’re going to talk about a class of auxiliary or helper verbs called the modal verbs. These are verbs that have special properties and help other verbs. But what is modality? My fellow grammarian, I am so glad you asked! Modalit…
Real gases: Deviations from ideal behavior | AP Chemistry | Khan Academy
We’ve already spent some time looking at the ideal gas law and also thinking about scenarios where things might diverge from what at least the ideal gas law might predict. What we’re going to do in this video is dig a little bit deeper into scenarios wher…
Best PHOTOBOMBS: IMG! episode 12
The Cheez Whiz bird of Oz and a brand new Wii controller. It’s episode 12 of IMG Woody and Buzz Lightyear all grown up and Dora the Explorer all grown up, or as Jessica Alba here is Star Wars as a classic PC adventure game. My favorite is the 12 pixel sla…