Every Star That Shouldn't Exist Explained in 13 Minutes

In this video, I take you through some of the strangest stars ever discovered — from a star that survived a thermonuclear supernova, to one so massive it pushed beyond the limit astronomers once thought possible, and another travelling fast enough to escape the Milky Way entirely. We’ll explore an ancient giant packed with lithium that should have disappeared long ago, a young star somehow surviving beside our galaxy’s supermassive black hole, a star that may contain radioactive elements that should vanish within decades, and a white dwarf so dense that more than the mass of the Sun has been squeezed into something only slightly larger than the Moon. Here’s a playlist full of these types of videos! https://www.youtube.com/watch?v=UW1SzjCZ6VE&list=PLgVMYQ8bgdj4q741CEJ1yTANAgFGsvWUl&index=1 Check out Every Type of Black Hole Explained → https://www.youtube.com/watch?v=GprjiFSsLOI Check out Every Dimension Explained in 9 Minutes → https://www.youtube.com/watch?v=UW1SzjCZ6VE ⏱ Chapters: [0:00] LP 40-365 [0:52] Over-weight Star [1:52] Hyper-Star [2:50] J0524-0336 [3:26] S2 [4:26] Przybylski’s Star [5:20] Star On The Edge [6:20] Tabby’s Star [7:15] Magnetic Helium Star [8:15] J005311 [9:09] Methuselah Star [10:01] SMSS J031300 [10:44] Tiny Primordial Star [11:25] HD 74423 [12:12] Caffau’s Star For business inquiries: [email protected] — DISCLAIMER — This video is made for entertainment and educational purposes. Some scientific ideas and details have been simplified to keep them easy to understand, and several of the objects discussed remain unusual, uncertain or actively studied. Calling these stars “impossible” does not mean they literally violate physics. It means their properties challenged, stretched or initially appeared inconsistent with existing models of how stars form, evolve or die. The goal is to spark your curiosity, not replace proper research. Bluntly Explained explores the most extreme objects, events and mysteries in the universe — explained simply, visually and without the fluff.