It’s often said that a photo is worth a thousand words, but this one’s worth 127 million miles (205 million kilometers):
“The purpose of life is to live it, to taste experience to the utmost, to reach out eagerly and without fear for newer and richer experience.”
Would you take a one-way trip to Mars? Think about that for a moment: would you leave your family, friends, the entire planet Earth behind to live out your days forever enclosed in a sealed habitat on a distant planet, entirely dependent on your fellow colonists and resupply ships from Earth? Here are some people who say they will:
It’s a thought-provoking short film which gives insight into the type of people who are willing to undertake such a journey. All of them applied to Mars One, an ambitious program to select and train the first human colonists to live out their lives on Mars. There are many reasons why this would have to be a one-way mission, but the short version is that by the time humans get to Mars, there would be no way they could survive a return to Earth. Mars’ gravity is less than ½ of Earth’s. Even if we could somehow simulate that environment on the journey to/from Mars, their muscular/skeletal structures would atrophy far too much to make survival in Earth’s 1g environment possible. That’s why the trip would have to be one-way: permanent exile on Mars.
And yet, for these people, such exile would give their lives tremendous purpose, one far different from those of us who would remain behind on Earth. It’s important to consider this because it shows that in a very real sense, humanity is going to have to change in a fundamental way if we ever become a true multi-world species.
One year ago today the Mars Science Laboratory Curiosity made the most spectacular Entry, Descent, and Landing sequence of any spacecraft ever to set down on the Red Planet. The whole world watched and I was among those watching the real-time webcast from JPL. And even though I understood what was about to happen, I still couldn’t believe it was actually happening:
One year later, and I still can’t believe it actually worked, but I’m so happy it did!
By now you’ve probably seen several of the videos of MSL Curiosity’s descent to the surface of Mars, but I betcha haven’t seen it like this:
Is that incredible or what? This video is brought to us not by NASA, but by Bard Canning, an “amateur” video engineer who obviously put a lot of work into creating this magnificent video.
The video is actually an interpolation of the original high-resolution video taken by the Mars Descent Imager mounted at the bottom of Curiosity. The original video was taken at a rate of of just 4 frames per second (fps), resulting in a very jerky visual. To create the smooth, natural motion, Bard had to increase the frame rate from 4fps to 30fps. But those frames don’t actually exist, so Bard had to create them!
Bard does this by using a technique called motion-flow interpolation. In other words, he had to work frame-by-frame for 4 weeks straight, creating 26 additional frames by comparing the differences between the 4 frames of the original video – for each second of footage!
But that’s not all – Bard worked hard to stabilize the video, since Curiosity was obviously swinging wildly on the way down, and even tweak the color balance of every frame of footage.
The result is a smooth, natural feeling of what it must have been like to actually descend with Curiosity through the atmosphere and land on the surface of Mars. Coupled with the actual sound from the spacecraft, and you have a video that feels more real than the actual footage!