Over 2 Hours Of Space Facts Only Scientists Can Explain

Professor Jim Al-Khalili explores one of the greatest mysteries in science: gravity. From Newton's apple and Einstein's revolutionary theory of relativity to black holes, gravitational waves and the strange way gravity bends time itself, this documentary reveals how gravity shapes the universe—and why scientists are still trying to understand its deepest secrets.

Join astronomer Gary Fildes on an unforgettable journey from the UK to the world's darkest skies in Chile. Visiting some of the planet's most powerful observatories, including Paranal, ALMA and La Silla, he discovers how cutting-edge telescopes are revealing the deepest secrets of the universe—and why protecting dark skies is essential for the future of astronomy.

Somewhere in the deepest dark, a galaxy is shining that should not exist yet. The universe was only two hundred and eighty million years old. A newborn. Too young for giant galaxies. Too young for the elements that make planets and people. And yet the James Webb Space Telescope found one, bright and heavy and already full of oxygen. Then it found hundreds more. Tonight we travel to the edge of time. You will see tiny red dots that hide monster black holes, a giant spiral that grew up far too fast, and galaxies that died before they should have been born. If deep space mysteries pull you in, tap like and subscribe so you never miss one. The early universe was hiding something enormous. Let us go and find it.

What if everything we know—our bodies, the planets, and the 100 billion galaxies in the cosmos—sprang from absolute nothingness? In this deep dive, we uncover the mind-bending history of the vacuum, tracking how human ingenuity defied Aristotle's ancient laws to prove that "nothing" is nature's default state. From the high-stakes experiments weighing our atmosphere to Einstein’s revolution, we peer into the submicroscopic world where reality gets weird. Licensed to Little Dot Studios. WONDER is packed with binge worthy reality documentaries for hours of entertainment. Check out our hub of diverse and empowering stories which explore the extreme side of life!

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