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Every Mind F**k Rule of Reality Explained to Fall Asleep To

Sleepy Mind Lab

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Every Mind F**k Rule of Reality Explained to Fall Asleep To

60 просмотров · 19 ч назад
Sleepy Mind Lab
2,42 тыс. подписчиков
60 просмотров · 19 ч назад
Press your hand flat on the table in front of you. It feels like contact, but nothing in your hand has ever touched anything at all. And that is the gentlest rule on this list. Over nearly three hours, we go through the hidden rules underneath ordinary life, and the dark, true stories behind them: the nineteen year old on a ship who worked out how stars die, and the famous astronomer who laughed at him; the one phone call that claimed every electron in the universe is the same electron; the helium that refuses to freeze at the bottom of the cold; the slice of every day your brain deletes and then hides the deletion; the hole in your vision filled with invented scenery; the experiment that forces you to give up locality or reality; the program that can never exist; Godel, who proved some truths can never be proved and then starved himself in fear; Galois writing all night before his duel; the Indiana bill that nearly changed pi; the clocks that age differently in your head and your feet; the galaxies already lost to us forever; the one hand all life chose; Henrietta Lacks and the cells that never die; Boltzmann and the law that every egg obeys; and the heat death waiting at the end of everything. Calm voice, slow chalkboard, brutal ideas. Every story here is real. 0:00 Intro 1:20 You Have Never Touched Anything 4:21 The Pauli Exclusion Principle 7:48 Every Electron Is Identical 10:38 The Heisenberg Uncertainty Principle 13:46 Zero Point Energy 16:51 Quantum Tunnelling 20:11 The Vacuum Is Not Empty 23:38 You Live in the Past 26:39 Your Brain Deletes Time 29:46 The Blind Spot 32:48 The Diffraction Limit 36:03 The Universe Is Not Local 39:57 Entanglement Cannot Send a Message 43:11 The No Cloning Theorem 46:17 Kolmogorov Complexity 49:20 No File Can Shrink Every File 52:07 The Shannon Limit 55:16 The Nyquist Sampling Theorem 58:08 When a Measure Becomes a Target 1:01:10 The Butterfly Effect 1:04:35 The Halting Problem 1:07:51 Rice Theorem 1:10:36 Godel Incompleteness 1:14:07 Some Infinities Are Bigger 1:17:33 The Square Root of Two 1:20:14 The Primes Never End 1:23:14 The Unsolvable Quintic 1:26:39 Squaring the Circle 1:29:43 The Banach Tarski Paradox 1:32:41 The Speed of Causality 1:35:48 Moving Clocks Run Slow 1:39:00 There Is No Universal Now 1:42:15 Gravity Slows Time 1:45:15 Length Contraction 1:47:55 Light Speed Is Unreachable 1:50:52 The Event Horizon 1:54:12 Hawking Radiation 1:57:03 The Bekenstein Bound 2:00:26 The Speed Limit of Computation 2:03:31 Galaxies Already Lost 2:06:48 The CPT Theorem 2:10:04 Life Is Left Handed 2:13:29 The Square Cube Law 2:16:34 Kleiber and the Heartbeat Budget 2:19:41 The Hayflick Limit 2:23:07 The Theorem of Emmy Noether 2:27:04 Perpetual Motion Is Impossible 2:30:14 The Carnot Limit 2:33:10 The Maxwell Demon 2:36:15 Forgetting Costs Energy 2:39:24 Absolute Zero Is Unreachable 2:42:22 Entropy 2:45:49 The Arrow of Time 2:49:11 The Heat Death of the Universe Sources Physics: Pauli 1925; Chandrasekhar 1931; Heisenberg 1927; Casimir 1948, Lamoreaux 1997; Lamb and Retherford 1947; Gamow 1928 Perception: Yarrow et al., Nature 2001 (chronostasis); Mariotte 1660s; Land and McLeod 2000 (cricket batting) Optics and quantum: Abbe 1873; Nobel Prize in Chemistry 2014; Bell 1964; Aspect 1982; Hensen et al. 2015; Big Bell Test, Nature 2018; Wootters and Zurek 1982; Ren et al. 2017 (Micius) Information: Shannon 1948; Nyquist 1928; Kolmogorov 1965; Goodhart 1975; Vann 2003 (Hanoi rat hunt); Lorenz 1963 and 1972; Laskar and Gastineau 2009 Logic and mathematics: Turing 1936; Rice 1953; Godel 1931; Cantor 1891; Cohen 1963; Euclid, Elements IX.20; GIMPS 2024; Abel 1824; Galois 1846; Lindemann 1882; Banach and Tarski 1924 Relativity and cosmos: Hafele and Keating 1972; Chou et al. 2010 (NIST clocks); Bothwell et al. 2022; Abbott et al. 2017 (GW170817); Schwarzschild 1916; Hawking 1974; Bekenstein 1973; Lloyd 2000 and 2002; Krauss and Scherrer 2007 Symmetry, life and heat: Wu et al. 1957; Christenson, Cronin, Fitch and Turlay 1964; Adamala et al., Science 2024 (mirror life); Haldane 1926; Kleiber 1932; Hayflick and Moorhead 1961; Noether 1918; Carnot 1824; Bennett 1982; Toyabe et al. 2010; Landauer 1961; Berut et al. 2012; Deppner et al. 2021; Boltzmann 1877; Adams and Laughlin 1997