La estrategia más rentable para la vida
Homo Deus
282,298 views
#science #universe #animals #biology #gametheory
Main sources:
Robert Axelrod (1984). The Evolution of Cooperation.
Robert Axelrod, William D. Hamilton (1981). “The Evolution of Cooperation.”
Martin A. Nowak with Roger Highfield (2011). SuperCooperators: Altruism, Evolution, and Why We Need Each Other to Succeed.
Frans de Waal (2009). The Age of Empathy: Nature’s Lessons for a Kinder Society.
Richard Dawkins (1976). The Selfish Gene.
Edward O. Wilson (2012). The Social Conquest of Earth.
Bruno S. Frey, David A. Savage, Benno Torgler (2010). “Interaction of natural survival instincts and internalized social norms exploring the Titanic and Lusitania disasters.”
Tony Ashworth (1980). Trench Warfare 1914–1918: The Live and Let Live System.
Arik Kershenbaum (2020). The Zoologist’s Guide to the Galaxy: What Animals on Earth Reveal About Aliens—and Ourselves.
In this video:
00:00 — The Prisoner’s Dilemma: the problem that changed the world
02:28 — 1949: the USSR detonates an atomic bomb
06:17 — Antibiotic resistance: how we are losing the war against bacteria
07:40 — The climate crisis: a Prisoner’s Dilemma with 200 players
09:03 — The AI race: OpenAI, DeepMind, Anthropic, and existential risk
11:52 — Axelrod’s 1979 experiment: a tournament of strategies
13:53 — The victory of Tit for Tat: simplicity beats cunning
14:45 — Four qualities of a successful strategy: niceness, retaliation, forgiveness, and clarity
19:29 — Evolutionary simulation: how predators go extinct
21:29 — The shadow of the future: why taxi drivers in Bangkok scam tourists
26:53 — The World War I trench truce: “live and let live”
31:57 — Vampire bats: oxytocin and social networks
33:58 — Cleaner fish: reputation on the coral reef
36:00 — Dunbar’s number and the abstract reputation of Homo sapiens
39:02 — Cooperation without a brain: bacteria and quorum sensing
42:09 — Bacteriophages and the “arbitrium” molecule: viruses vote
46:02 — Symbiosis: bullhorn acacia, clownfish, and mitochondria
51:51 — The “green-beard” gene: social amoebae and baker’s yeast
58:09 — Multicellularity as the victory of cooperation over selfishness
01:00:45 — Convergent evolution: the universal law of cooperation
01:03:43 — The Kardashev scale: three types of cosmic civilizations
01:05:08 — The Dyson sphere and the Fermi paradox
01:09:28 — The Great Filter of cooperation: why the Universe is silent
01:13:33 — The cosmic inheritance: the path to the stars or the path of a cancerous tumor
Summary:
A famous game theory problem, the Prisoner’s Dilemma, explains why rational decisions by individuals can lead to disastrous outcomes for everyone—from the arms race between the United States and the USSR to the climate crisis. But in 1979, Robert Axelrod discovered something surprising: one of the simplest strategies won his strategy tournament—Anatol Rapoport’s Tit for Tat. Its rule was simple: start by cooperating, then do what your opponent did in the previous round. The best strategies shared four qualities: cooperation, the ability to retaliate after betrayal, forgiveness, and clarity. And it all depends on the “shadow of the future”: if you know you are likely to meet someone again, cooperation is usually more profitable than cheating.
Cooperation is not just a human strategy—it is a fundamental principle of life. We see it in bacteria, viruses, social amoebae, and multicellular organisms. And if the same rules are universal, they might also help explain the silence of the Universe. To advance on the Kardashev scale and harness the energy of a planet, a star, or even an entire galaxy, a civilization would need ever greater levels of cooperation. Perhaps this is one of the Great Filters that prevents civilizations from reaching the stars. For life—from a single bacterium to a cosmic civilization—the most profitable strategy may be cooperation.
Music: Epidemic Sound
Video author: Sascha Shu
Voice-over: Angel Nacar
You can support the release of new videos on Patreon:
✨ Patreon: HomoDeusES
Thank you! ❤️
📩 Advertising & integrations / Business inquiries:
hola@criterio.agency
📲 WhatsApp: wa.me/375256961084
🌐 criterio.agency
20 Comments
La estimación era de:
~1 de cada 100 son psicopatas "puros"
Hasta 1 de cada 10 como psicópatas integrados/parciales, (aquellos que si bien cumplen varios puntos, no los cumplen todos y/o pueden tener cierto afecto genuino por otros y establecer vínculos con personas muy concretas)
Las conclusiones me recuerdan a las del video: demasiados psicópatas y las comunidades terminan colapsando... Pero ahora viene lo gracioso: Demasiados pocos y un grupo enemigo con más tendencia a la psicopatía que decidiera el curso de la violencia y saquear a esa comunidad se encontraría con una comunidad que no sólo no cuenta con individuos capaces de matar sin remordimiento en defensa propia sino que los individuos restantes, serían demasiado amistosos y carecerían del carácter suficiente de tomar acción y defenderse violentamente si fuera necesario
La estrategia más rentable para la vida
Homo Deus
282,298 views
#science #universe #animals #biology #gametheory
Main sources:
Robert Axelrod (1984). The Evolution of Cooperation.
Robert Axelrod, William D. Hamilton (1981). “The Evolution of Cooperation.”
Martin A. Nowak with Roger Highfield (2011). SuperCooperators: Altruism, Evolution, and Why We Need Each Other to Succeed.
Frans de Waal (2009). The Age of Empathy: Nature’s Lessons for a Kinder Society.
Richard Dawkins (1976). The Selfish Gene.
Edward O. Wilson (2012). The Social Conquest of Earth.
Bruno S. Frey, David A. Savage, Benno Torgler (2010). “Interaction of natural survival instincts and internalized social norms exploring the Titanic and Lusitania disasters.”
Tony Ashworth (1980). Trench Warfare 1914–1918: The Live and Let Live System.
Arik Kershenbaum (2020). The Zoologist’s Guide to the Galaxy: What Animals on Earth Reveal About Aliens—and Ourselves.
In this video:
00:00 — The Prisoner’s Dilemma: the problem that changed the world
02:28 — 1949: the USSR detonates an atomic bomb
06:17 — Antibiotic resistance: how we are losing the war against bacteria
07:40 — The climate crisis: a Prisoner’s Dilemma with 200 players
09:03 — The AI race: OpenAI, DeepMind, Anthropic, and existential risk
11:52 — Axelrod’s 1979 experiment: a tournament of strategies
13:53 — The victory of Tit for Tat: simplicity beats cunning
14:45 — Four qualities of a successful strategy: niceness, retaliation, forgiveness, and clarity
19:29 — Evolutionary simulation: how predators go extinct
21:29 — The shadow of the future: why taxi drivers in Bangkok scam tourists
26:53 — The World War I trench truce: “live and let live”
31:57 — Vampire bats: oxytocin and social networks
33:58 — Cleaner fish: reputation on the coral reef
36:00 — Dunbar’s number and the abstract reputation of Homo sapiens
39:02 — Cooperation without a brain: bacteria and quorum sensing
42:09 — Bacteriophages and the “arbitrium” molecule: viruses vote
46:02 — Symbiosis: bullhorn acacia, clownfish, and mitochondria
51:51 — The “green-beard” gene: social amoebae and baker’s yeast
58:09 — Multicellularity as the victory of cooperation over selfishness
01:00:45 — Convergent evolution: the universal law of cooperation
01:03:43 — The Kardashev scale: three types of cosmic civilizations
01:05:08 — The Dyson sphere and the Fermi paradox
01:09:28 — The Great Filter of cooperation: why the Universe is silent
01:13:33 — The cosmic inheritance: the path to the stars or the path of a cancerous tumor
Summary:
A famous game theory problem, the Prisoner’s Dilemma, explains why rational decisions by individuals can lead to disastrous outcomes for everyone—from the arms race between the United States and the USSR to the climate crisis. But in 1979, Robert Axelrod discovered something surprising: one of the simplest strategies won his strategy tournament—Anatol Rapoport’s Tit for Tat. Its rule was simple: start by cooperating, then do what your opponent did in the previous round. The best strategies shared four qualities: cooperation, the ability to retaliate after betrayal, forgiveness, and clarity. And it all depends on the “shadow of the future”: if you know you are likely to meet someone again, cooperation is usually more profitable than cheating.
Cooperation is not just a human strategy—it is a fundamental principle of life. We see it in bacteria, viruses, social amoebae, and multicellular organisms. And if the same rules are universal, they might also help explain the silence of the Universe. To advance on the Kardashev scale and harness the energy of a planet, a star, or even an entire galaxy, a civilization would need ever greater levels of cooperation. Perhaps this is one of the Great Filters that prevents civilizations from reaching the stars. For life—from a single bacterium to a cosmic civilization—the most profitable strategy may be cooperation.
Music: Epidemic Sound
Video author: Sascha Shu
Voice-over: Angel Nacar
You can support the release of new videos on Patreon:
✨ Patreon: HomoDeusES
Thank you! ❤️
📩 Advertising & integrations / Business inquiries:
hola@criterio.agency
📲 WhatsApp: wa.me/375256961084
🌐 criterio.agency
En este video:
00:00 — El dilema del prisionero: el problema que cambió el mundo
02:28 — 1949: la URSS detona una bomba atómica
06:17 — Resistencia a los antibióticos: cómo estamos perdiendo la guerra contra las bacterias
07:40 — Crisis climática: un dilema del prisionero con 200 jugadores
09:03 — La carrera de la IA: OpenAI, DeepMind, Anthropic y el riesgo existencial
11:52 — El experimento de Axelrod de 1979: un torneo de estrategias
13:53 — La victoria de «Tit for Tat»: la simplicidad contra la astucia
14:45 — Cuatro cualidades de una estrategia exitosa: amabilidad, represalia, perdón y claridad
19:29 — Simulación evolutiva: cómo se extinguen los depredadores
21:29 — La sombra del futuro: por qué los taxistas de Bangkok engañan a los turistas
26:53 — La tregua en las trincheras de la Primera Guerra Mundial: «vive y deja vivir»
31:57 — Murciélagos vampiro: oxitocina y redes sociales
33:58 — Peces limpiadores: reputación en el arrecife de coral
36:00 — El número de Dunbar y la reputación abstracta del Homo sapiens
39:02 — Cooperación sin cerebro: bacterias y percepción de cuórum
42:09 — Bacteriófagos y la molécula «arbitrium»: los virus votan
46:02 — Simbiosis: acacia cuerno de toro, pez payaso y mitocondrias
51:51 — El gen de la «barba verde»: amebas sociales y levaduras de panadería
58:09 — La multicelularidad como victoria de la cooperación sobre el egoísmo
01:00:45 — Evolución convergente: la ley universal de la cooperación
01:03:43 — Escala de Kardashev: tres tipos de civilizaciones cósmicas
01:05:08 — La esfera de Dyson y la paradoja de Fermi
01:09:28 — El Gran Filtro de la cooperación: por qué el Universo guarda silencio
01:13:33 — La herencia cósmica: el camino hacia las estrellas o el camino de un tumor canceroso
Puedes apoyar el lanzamiento de nuevos videos en Patreon:
✨ https://www.patreon.com/HomoDeusES
¡Gracias! ❤