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24/07/2026

JWST Stared at Jupiter's Auroras and Found a Light That Shouldn't Exist — Nobody Can Explain It.













22/07/2026

This Jupiter-Sized Planet Orbits a Dead Star Every 34 Hours. The Star Tried to Destroy It.













20/07/2026

NASA's Artemis II Just Made History.













15/07/2026

Something Is Pulling 100,000 Galaxies in the Same Direction. It's Hidden Behind Our Own Galaxy.













14/07/2026

There Are Stars Drifting Between Galaxies With Nothing to Belong To. Scientists Just Found Them 10 Billion Light-Years Away.













11/07/2026

A Planet Orbiting Its Star Every 10 Hours Has an Impossible Atmosphere. The Lava Ocean Is Making It.













10/07/2026

Uranus Has Something Generating Heat From the Inside — And Nobody Can Fully Explain What's Causing It.
For 40 years, scientists thought Uranus had almost no internal heat. In 2025, two independent studies confirmed it does — emitting 12.5% more energy than it receives from the Sun. But why it's so weak is still unexplained.
When Voyager 2 flew past Uranus in 1986 — the only spacecraft ever to visit — it detected almost no internal heat, directly contradicting our models of how giant planets form. Every other gas giant in our solar system radiates more energy than it receives. Uranus appeared cold and dead inside for four decades. In 2025, a team led by Xinyue Wang at the University of Houston, confirmed by an independent Oxford University study led by Prof. Patrick Irwin, found Uranus is generating internal heat — but at just 12.5% above what it absorbs from sunlight, it's still 10 times weaker than expected for a planet this size. The most likely explanation is that a giant ancient impact rearranged Uranus' interior and created a thermal boundary layer that traps heat deep below the surface. But this is unconfirmed. Scientists also discovered in February 2026 that Voyager's 1986 radiation belt readings were wildly unrepresentative — the spacecraft happened to fly past during a rare solar wind event. JWST found a new Uranian moon in February 2025 that Voyager missed entirely. A Uranus orbiter and probe is NASA's highest priority flagship mission for the 2020s decade.
What do you think is trapping the heat inside Uranus? Drop your theory below. Subscribe for more space discoveries that rewrite what we thought we knew.













08/07/2026

JWST Photographed Two Galaxies That Change How We See Everything.













07/07/2026

A Black Hole Tore a Star Apart and It Outshone 400 Billion Suns — Then Vanished in Days.
A black hole tore a star apart in September 2024 — briefly releasing the energy of 400 billion suns, more than any known supernova. Astronomers tracked it in real time as it vanished within days.
Nicknamed "the Whippet" and officially designated AT2024wpp, this tidal disruption event was spotted by the Zwicky Transient Facility in California and immediately flagged as extraordinary. A massive star that wandered too close to a black hole was spaghettified — stretched and compressed by differential gravity into a strand of stellar plasma — before spiralling into an accretion disk that briefly outshone every known supernova and rivalled the most extreme gamma-ray bursts ever recorded. The event peaked at approximately 5 days before fading. NASA's Swift satellite, ALMA, the NSF's VLA and the Liverpool Telescope all locked on, tracking a shockwave racing outward at one-fifth the speed of light. Inside the debris data, scientists also found the dying star's remnants wobbling every 20 days — direct confirmation of Einstein's frame-dragging prediction, where a spinning black hole physically twists the spacetime around it. Published Monthly Notices of the Royal Astronomical Society, April 2026.
If you could watch a star being destroyed by a black hole in real time — would you look? Drop it below. Subscribe for more cosmic discoveries that change physics.













06/07/2026

JWST Found Hundreds of Objects That Absorb Their Own Light — Nobody Agrees on What They Are.
JWST found 341 objects in the early universe that absorb almost all their own radiation — emitting no X-rays, no heat, no radio signal. Nobody knows what they are. They appeared in abundance, then vanished.
Within weeks of its first science images in 2022, JWST began detecting hundreds of tiny, intensely red pinpricks in the early universe — 600 million to 1.6 billion years after the Big Bang. Astronomers called them Little Red Dots. They absorb almost all their own high-energy radiation into a dense cocoon of ionised gas, reemitting nothing — no X-rays, no infrared heat detected by ALMA or MIRI, no radio waves. Three competing explanations are all live: supermassive black holes hiding in gas cocoons with none of the usual black-hole signatures; an entirely new class of object called "black hole stars" — colossal balls of gas powered by a central black hole rather than fusion; or something we have no existing category for. As of 2025, 341 have been confirmed. They make up nearly 10% of all luminous objects JWST sees in early-universe surveys. They were everywhere in the young universe. Then they disappeared. One paper per day for three years has failed to produce a consensus explanation.
If something this common in the early universe simply vanished — where do you think it went? Drop your theory below. Subscribe for more discoveries that break the rules.













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