You think the Sun is hot? Think again.

Описание: Here's what they're not telling you about the universe's internal furnaces. While Earth's core, at a scorching 5,500 degrees Celsius, is molten rock and iron, capable of generating our protective magnetic field, it's just a warm-up act. Gas giants like Saturn and Jupiter, despite their icy exteriors, hide far more extreme heat within. Saturn's core reaches 10,000 °C, and Jupiter's an astonishing 24,000 °C, primarily due to immense gravitational pressure compressing their hydrogen and helium. But the real story behind this moment accelerates dramatically with stellar remnants. A Neutron Star, the collapsed core of a massive star, packs immense density into a tiny volume, heating its core to 4.6 million °C. Our own Sun, a fusion powerhouse, registers a staggering 15 million °C at its heart. Most people miss this detail, but the ultimate victor isn't a star at all. The Quasar, an active galactic nucleus powered by a supermassive black hole, creates an environment so energetic, its central region can reach an unimaginable 10 trillion degrees Celsius. This mind-boggling temperature is generated by friction within the accretion disk as matter spirals into the black hole. Does this challenge your perception of 'hot'?