Everything that has ever happened to anyone happened here. Every person you have loved. Every language ever spoken. Every war, every song, every idea anyone ever had — all of it, here. And the part you can actually breathe is this thin. Eight kilometres of air on a world six thousand kilometres wide, thinner, in proportion, than the skin on an apple. That is the entire habitable universe. That's the whole thing. Look next door. Mercury: four hundred and thirty degrees in the sun, a hundred and eighty below in the shade. No air. Venus is almost exactly Earth's size, in almost Earth's orbit. Its air is ninety-six percent carbon dioxide, ninety-two times heavier than ours, and hot enough to melt lead. Venus is not an alien world. Venus is what a world like ours looks like when the greenhouse runs away. And Mars — our great backup plan — is a frozen desert with six-tenths of one percent of our air. But don't worry. Our galaxy holds a hundred billion stars. Maybe four hundred billion. We have already found six thousand planets around them, and we have barely started looking. Among a hundred billion suns, there must be countless perfect worlds. Surely one of them is waiting. So let's go. Let's actually do the arithmetic. The rules: you are born, and you launch the same day. You get one life. Call it eighty years. And half of that is spent slowing down — or you don't arrive anywhere. You just pass through it. Forty years speeding up. Forty years braking. On the best engine we have ever run — the ion drive that flew on Dawn. Eighty unbroken years of thrust gets you to eighty-four kilometres per second, and seven hundred and nine times the distance to the Sun. Proxima Centauri is two hundred and sixty-eight thousand times the distance to the Sun. You made it zero point two six percent of the way to the nearest star. To actually arrive, you would need an engine three hundred and seventy-nine times stronger, firing without pause for eighty years, topping out at a tenth of the speed of light. Ask the rocket equation how much fuel that needs. It doesn't give you a number. It overflows. With fusion we have never built, it is six hundred and fifty-nine tonnes of fuel for every tonne of ship. And inside the bubble you could actually reach, in that one perfect lifetime — there are no stars. Not one. The odds that there is even a rocky planet at the right distance from anything, in range: about one in a hundred and twenty-seven million. And "the right distance" only means liquid water could exist. It does not mean air. Our closest candidate, Proxima b, orbits a star that flares hard enough to strip a planet bare. The nearest Earth-sized world around a sun like ours is probably twenty light years out. Voyager would need three hundred and fifty thousand years. There is nowhere else. Not for you. Not for your children. Not for anyone alive. No one is coming to move us. There is no second planet. No backup. No exit. There is this one — with its apple-skin of air, and everyone you have ever known inside it. We are not waiting for the rescue ship. We are on the rescue ship. ================================ Direction and Screenwriting along with Animation that was key framed in Remotion and comprised of handcrafted scenes and models, created by @skllzarmy Music by Yoeshi Labs. Every line of the voiceover mapped to a 60 BPM grid and crafted as a score in Claude code. The score was then covered in Suno, and refined and mixed under Paraxenod's narration in Logic Pro. Minted for the #TezosForHumanity4 event by @FirstRainArt

OBJKT

#885535 on TEIA

Editions

44

Minted

2026-10-08