Falling Into a Black Hole: The Terrifying Reality of Spaghettification & Time Travel
カートのアイテムが多すぎます
ご購入は五十タイトルがカートに入っている場合のみです。
カートに追加できませんでした。
しばらく経ってから再度お試しください。
ウィッシュリストに追加できませんでした。
しばらく経ってから再度お試しください。
ほしい物リストの削除に失敗しました。
しばらく経ってから再度お試しください。
ポッドキャストのフォローに失敗しました
ポッドキャストのフォロー解除に失敗しました
Falling Into a Black Hole: The Terrifying Reality of Spaghettification & Time Travel
-
ナレーター：
-
著者：
このコンテンツについて
THE MYSTERY
Black holes are the universe's ultimate monsters. They are regions of space where gravity is so intense that nothing, not even light, can escape. But what actually happens inside? For decades, physicists believed falling into a black hole would be a smooth, albeit one-way, trip into darkness. But modern quantum mechanics suggests a far more violent fate: a wall of fire that incinerates you instantly. Or perhaps, you are stretched into a strand of atoms in a process with the most terrifying name in physics: Spaghettification. Deeper still, inside spinning black holes, the math predicts regions where the past, present, and future collide, potentially allowing for time travel or the birth of entirely new universes. We are standing at the edge of the known laws of physics, staring into the abyss.
WHAT YOU'LL HEAR
In this episode of Looping Pixels, we strip away the science fiction to reveal the science fact of cosmic isolation. We analyze the journey from the event horizon down to the singularity, exploring the conflicting theories of General Relativity and Quantum Mechanics. You will learn about:
- The Observer vs. The Traveler: Why someone watching you fall sees you freeze forever, while you experience a quick plunge into oblivion.
- The Firewall Paradox: The intense debate over whether the event horizon is a smooth glide or a wall of high-energy death.
- Real-World Destruction: An analysis of Tidal Disruption Events (TDEs), where we actually witness stars getting ripped apart by supermassive black holes.
- The Kerr Solution: Why real black holes spin, and how 'frame dragging' turns space-time into a viscous fluid that traps you.
- The Cauchy Horizon: The unstable inner boundary of a spinning black hole that might act as a particle accelerator for the Big Bang of a new universe.
WHY IT MATTERS
Understanding black holes isn't just about mapping the stars; it's about finding the missing link in our understanding of reality. These objects represent the breaking point of our current physics. By exploring the Information Paradox and Hawking Radiation, we get closer to the 'Holy Grail' of science: a unified theory of Quantum Gravity. This episode challenges everything you think you know about time, space, and causality.
CHAPTERS
00:00 - The Ultimate Cosmic Prison
01:26 - The Event Horizon: Point of No Return
02:24 - The Frozen Ghost: Time Dilation Explained
04:20 - The Information Paradox & Firewall Theory
07:20 - Spaghettification: Gravity's Cruelest Fate
09:43 - Tidal Disruption Events: Stars Ripped Apart
12:10 - Spinning Black Holes & Frame Dragging
13:47 - The Inner Horizon: A New Big Bang?
15:39 - Time Travel & Closed Timelike Curves
17:28 - How Does Gravity Escape a Black Hole?
19:14 - The Geometry of Slowed Time
21:00 - Hawking Radiation & The End of Entropy
SEARCH & DISCOVERY
#blackhole #spaghettification #eventhorizon #astrophysics #quantummechanics #generalrelativity #einstein #hawking #stephenhawking #time #timetravel #science #education #space #universe #cosmos #gravity #singularity #physics #astronomy #scicomm #kerrblackhole #framedragging #tidalforces #cosmichorror #deepspace #interstellar #loopingpixels #hawkingradiation #informationparadox #quantumgravity #bigbang #whitehole #wormhole #spacetime #sciencepodcast #stem #nasa #esa #hubble #jameswebb #jwst #sciencefacts #universeexplained #physicsfun #relativity #quasars #pulsars #neutronstars #darkenergy #cosmology #theoreticalphysics #stringtheory #multiverse
まだレビューはありません