This Is the Largest Planet We've Ever Found — And Its Scale Is Terrifying

Hey guys! We’re now live on Spotify 🎧 500 million years after the Big Bang, one black hole already weighed as much as 300 million Suns. That should be impossible. Black holes grow by eating, and physics puts a speed limit on how fast they can eat. Start with a black hole left behind by a dead star. Feed it as fast as the rules allow. It still needs around 700 million years of nonstop eating to become a giant. These monsters had far less time. Since 2022, the James Webb Space Telescope has spotted giant after giant at the dawn of time. Tonight, we follow 8 of them. We meet a black hole eating 40 times faster than the limit. We find a sleeping giant as heavy as 40 percent of the stars in its galaxy. We weigh a lonely black hole that may be older than its own galaxy. The computer models said these objects should be far smaller. So what happened in those first dark years? Before we find out, you can watch and listen to our

Hey guys! We’re now live on Spotify 🎧 Picture a patch of sky with nothing in it. No stars. No light. Nothing your eye could ever catch. The James Webb Space Telescope aimed at that dark patch and held its gaze for 100 hours straight. What came back rewrote the story of how the universe began. Hidden inside that darkness sat thousands of galaxies, packed into a patch of sky smaller than a grain of sand held at arm's length. One of them formed just 290 million years after the Big Bang. It carries the mass of 500 million suns, and every model built before this image existed said a galaxy like it should be impossible this early. Tonight we walk through that patch of sky. We will meet the galaxy that broke every rule of when galaxies could exist. We will see how light alone lets scientists measure distance across billions of years. And we will watch record after record fall, as the darkness keeps giving up more than anyone expected. Want these stories early and without ads? Scan

Hey guys! We’re now live on Spotify 🎧 Four decades ago, the American space agency launched a small metal probe with a golden record bolted to its side. Today, it drifts more than 12 billion miles from home, in a place no human instrument has explored: the space between the stars. In 2018, Voyager 2 crossed an invisible wall at the edge of our solar system and entered interstellar space. What it found broke the models scientists had trusted for decades. The plasma should have thinned to nearly nothing. Instead it grew thicker, denser than anything predicted. The magnetic field, the one Voyager was supposed to leave behind, still points the same way it did inside the solar system's bubble, as if the sun's grip reaches further than anyone imagined. Tonight we follow Voyager 2 past that border, into a region where the rules of our solar system stop making sense. Before we start, a quick word. If you love falling asleep to stories like this, find us on Spotify too. Scan the QR code on your screen, or press

Hey guys! We’re now live on Spotify 🎧 Scientists call this the Fermi Paradox, and in this series we chase its strangest and most unsettling answers. We will visit an exoplanet that briefly looked alive, then quietly stopped looking that way. We will revisit the Wow signal from 1977, and the mysterious visitor that flew through our solar system in 2025. We will sit inside an idea called the dark forest, where silence might be the only way any civilization survives. Before we go further, we started a Spotify podcast. New episodes land there first, free, ahead of this channel. Scan the QR code on your screen, or tap the link in the description, to listen early. Now turn up your volume, and get ready. The silence is about to make sense. Sources

In the dark, near the edge of time itself, Webb found a galaxy that should not exist. It formed two hundred eighty million years after the Big Bang. That is too early. Too bright. Too big. Scientists built models that said this was impossible. Webb looked anyway, and broke those models on contact. We are going to see a black hole eating faster than physics allows. A galaxy already spinning a stellar bar before it had time to grow up. A five galaxy pileup, colliding and scattering heavy elements when the universe was still a newborn. If you love this kind of deep space mystery, hit subscribe, because we go further than anyone expected. Every discovery here comes from real data, real telescopes, real scientists staring at their screens in disbelief. The universe is rewriting its own instruction manual in real time. Prepare yourselves. We begin. Sources

Hey guys! We’re now live on Spotify 🎧 620 light-years away, a world with no sun is swallowing 6 billion tons of gas every second. It glows. It flares. It grows the way a newborn star grows. And astronomers still call it a planet. A planet should be simple. A round world that circles a star. But giants keep breaking that picture. Some weigh 10 times more than Jupiter. One circles a star so small it should never have built it. Others drift through the Orion Nebula in pairs, with no star at all. So where does a planet end? Scientists drew a line at 13 times the mass of Jupiter. Past that point, a world's core can burn a rare, heavy form of hydrogen. Many researchers now say that line is arbitrary. Today we visit 4 giants wrapped in carbon dioxide skies, a famous failed star that turned out to be twins, and a planet hotter than many stars. Before we go, a quick tip. Want to watch or listen to our videos earlier, with no ads? Scan the