Tres cuerpos, atracción mutua, cero predictibilidad; bienvenido a Three Body Problem Lab. Una pequeña modificación lo cambia todo. Para estudiantes, entusiastas, o simplemente curiosos. ¿Ya has visto parpadear el universo? Three bodies, mutual attraction, zero predictability; welcome to Three Body Problem Lab. A small change rewrites everything. For students, enthusiasts, or the simply curious. Have you ever seen the universe blink? Based on: https://github.com/kirklong/ThreeBodyBot
Tres cuerpos, atracción mutua, cero predictibilidad; bienvenido a Three Body Problem Lab. Una pequeña modificación lo cambia todo. Para estudiantes, entusiastas, o simplemente curiosos. ¿Ya has visto parpadear el universo? Three bodies, mutual attraction, zero predictability; welcome to Three Body Problem Lab. A small change rewrites everything. For students, enthusiasts, or the simply curious. Have you ever seen the universe blink? Based on: https://github.com/kirklong/ThreeBodyBot
Tres cuerpos, atracción mutua, cero predictibilidad; bienvenido a Three Body Problem Lab. Una pequeña modificación lo cambia todo. Para estudiantes, entusiastas, o simplemente curiosos. ¿Ya has visto parpadear el universo? Three bodies, mutual attraction, zero predictability; welcome to Three Body Problem Lab. A small change rewrites everything. For students, enthusiasts, or the simply curious. Have you ever seen the universe blink? Based on: https://github.com/kirklong/ThreeBodyBot
🌌 5-min random three-body chaos compilation 6 simulations, all unique, none predictable
💥 5 collisions · 1 escapes ⏱ Longest run: 218 years simulated 🌀 Most chaotic: 38.3% chaos score, 1001 close approaches 📊 Avg simulated time: 122 years per simulation 🎲 Hardest to find: 34 attempts to survive 90 yrs minimum ⚡ Fastest escape: 72.7 km/s (rel. pair: 82.8 km/s) 💥 Hardest impact: 839.6 km/s
Violence on cosmic timescales.
¿Ya has visto parpadear el universo?
#ThreeBodyProblem #GravitationalChaos #Physics #Simulation https://www.youtube.com/watch?v=uHMJUv-Zac4
Tres cuerpos, atracción mutua, cero predictibilidad; bienvenido a Three Body Problem Lab. Una pequeña modificación lo cambia todo. Para estudiantes, entusiastas, o simplemente curiosos. ¿Ya has visto parpadear el universo? Three bodies, mutual attraction, zero predictability; welcome to Three Body Problem Lab. A small change rewrites everything. For students, enthusiasts, or the simply curious. Have you ever seen the universe blink? Based on: https://github.com/kirklong/ThreeBodyBot
🌌 6-min random three-body chaos compilation 7 simulations, all unique, none predictable
💥 3 collisions · 4 escapes ⏱ Longest run: 1,362 years simulated 🌀 Most chaotic: 40.2% chaos score, 1615 close approaches 📊 Avg simulated time: 512 years per simulation 🎲 Hardest to find: 101 attempts to survive 119 yrs minimum ⚡ Fastest escape: 36.6 km/s (rel. pair: 45.7 km/s) 💥 Hardest impact: 806.6 km/s
The equations are simple, reality is wild.
¿Ya has visto parpadear el universo?
#ThreeBodyProblem #GravitationalChaos #Physics #Simulation https://www.youtube.com/watch?v=If-Jy4IaOTQ
Tres cuerpos, atracción mutua, cero predictibilidad; bienvenido a Three Body Problem Lab. Una pequeña modificación lo cambia todo. Para estudiantes, entusiastas, o simplemente curiosos. ¿Ya has visto parpadear el universo? Three bodies, mutual attraction, zero predictability; welcome to Three Body Problem Lab. A small change rewrites everything. For students, enthusiasts, or the simply curious. Have you ever seen the universe blink? Based on: https://github.com/kirklong/ThreeBodyBot
🌌 6-min random three-body chaos compilation 5 simulations, all unique, none predictable
💥 4 collisions · 1 escapes ⏱ Longest run: 240 years simulated 🌀 Most chaotic: 40.1% chaos score, 650 close approaches 📊 Avg simulated time: 115 years per simulation 🎲 Hardest to find: 31 attempts to survive 78 yrs minimum ⚡ Fastest escape: 42.8 km/s (rel. pair: 48.5 km/s) 💥 Hardest impact: 861.3 km/s
Perfect physics, imperfect foresight.
¿Ya has visto parpadear el universo?
#ThreeBodyProblem #GravitationalChaos #Physics #Simulation https://www.youtube.com/watch?v=BsA9ScAl5KM
Tres cuerpos, atracción mutua, cero predictibilidad; bienvenido a Three Body Problem Lab. Una pequeña modificación lo cambia todo. Para estudiantes, entusiastas, o simplemente curiosos. ¿Ya has visto parpadear el universo? Three bodies, mutual attraction, zero predictability; welcome to Three Body Problem Lab. A small change rewrites everything. For students, enthusiasts, or the simply curious. Have you ever seen the universe blink? Based on: https://github.com/kirklong/ThreeBodyBot
Tres cuerpos, atracción mutua, cero predictibilidad; bienvenido a Three Body Problem Lab. Una pequeña modificación lo cambia todo. Para estudiantes, entusiastas, o simplemente curiosos. ¿Ya has visto parpadear el universo? Three bodies, mutual attraction, zero predictability; welcome to Three Body Problem Lab. A small change rewrites everything. For students, enthusiasts, or the simply curious. Have you ever seen the universe blink? Based on: https://github.com/kirklong/ThreeBodyBot
🌌 6-min random three-body chaos compilation 4 simulations, all unique, none predictable
💥 3 collisions · 1 escapes ⏱ Longest run: 275 years simulated 🌀 Most chaotic: 40.1% chaos score, 2647 close approaches 📊 Avg simulated time: 174 years per simulation 🎲 Hardest to find: 22 attempts to survive 46 yrs minimum ⚡ Fastest escape: 9.6 km/s (rel. pair: 23.3 km/s) 💥 Hardest impact: 838.1 km/s
What we observe, we cannot foresee.
¿Ya has visto parpadear el universo?
#ThreeBodyProblem #GravitationalChaos #Physics #Simulation https://www.youtube.com/watch?v=m-SHls6HdQI
Bill Phillips (“Phillips Curve”) used flowing water to model the economy in in 1949.
according to his friend economist Richard Lipsey, “all the staff came out to humiliate this upstart idiot.” Phillips showed how water flowed from the Treasury tank to chambers representing health and education (as the government spent money) and then got pumped back to the Treasury more or less rapidly as you pulled a lever to tweak the taxation rate. “It turned out after ten minutes that he knew more than everybody there, and they shut up,” says Lipsey. They offered him a job at LSE.
Tres cuerpos, atracción mutua, cero predictibilidad; bienvenido a Three Body Problem Lab. Una pequeña modificación lo cambia todo. Para estudiantes, entusiastas, o simplemente curiosos. ¿Ya has visto parpadear el universo? Three bodies, mutual attraction, zero predictability; welcome to Three Body Problem Lab. A small change rewrites everything. For students, enthusiasts, or the simply curious. Have you ever seen the universe blink? Based on: https://github.com/kirklong/ThreeBodyBot
🌌 6-min random three-body chaos compilation 7 simulations, all unique, none predictable
💥 3 collisions · 4 escapes ⏱ Longest run: 929 years simulated 🌀 Most chaotic: 40.3% chaos score, 7917 close approaches 📊 Avg simulated time: 247 years per simulation 🎲 Hardest to find: 97 attempts to survive 89 yrs minimum ⚡ Fastest escape: 39.0 km/s (rel. pair: 45.9 km/s) 💥 Hardest impact: 824.0 km/s
In chaos, civilizations fall and rise.
¿Ya has visto parpadear el universo?
#ThreeBodyProblem #GravitationalChaos #Physics #Simulation https://www.youtube.com/watch?v=aLy9_YRs5Ws
Tres cuerpos, atracción mutua, cero predictibilidad; bienvenido a Three Body Problem Lab. Una pequeña modificación lo cambia todo. Para estudiantes, entusiastas, o simplemente curiosos. ¿Ya has visto parpadear el universo? Three bodies, mutual attraction, zero predictability; welcome to Three Body Problem Lab. A small change rewrites everything. For students, enthusiasts, or the simply curious. Have you ever seen the universe blink? Based on: https://github.com/kirklong/ThreeBodyBot
🌌 5-min random three-body chaos compilation 7 simulations, all unique, none predictable
💥 3 collisions · 4 escapes ⏱ Longest run: 1,319 years simulated 🌀 Most chaotic: 40.0% chaos score, 88 close approaches 📊 Avg simulated time: 316 years per simulation 🎲 Hardest to find: 59 attempts to survive 68 yrs minimum ⚡ Fastest escape: 57.9 km/s (rel. pair: 77.3 km/s) 💥 Hardest impact: 844.1 km/s
Tomorrow is unknowable, not random.
¿Ya has visto parpadear el universo?
#ThreeBodyProblem #GravitationalChaos #Physics #Simulation https://www.youtube.com/watch?v=g_CpPF13XaM
📺 https://peer.adalta.social/w/rV6NzeetFp4xeRYvc9ymjx 🔗 🇩🇪🇺🇸🇫🇷 🔗 ℹ️
L’émergence d’une culture de l’identité digitale à travers les réseaux sociaux.
Tres cuerpos, atracción mutua, cero predictibilidad; bienvenido a Three Body Problem Lab. Una pequeña modificación lo cambia todo. Para estudiantes, entusiastas, o simplemente curiosos. ¿Ya has visto parpadear el universo? Three bodies, mutual attraction, zero predictability; welcome to Three Body Problem Lab. A small change rewrites everything. For students, enthusiasts, or the simply curious. Have you ever seen the universe blink? Based on: https://github.com/kirklong/ThreeBodyBot
🌌 6-min random three-body chaos compilation 9 simulations, all unique, none predictable
💥 5 collisions · 4 escapes ⏱ Longest run: 731 years simulated 🌀 Most chaotic: 42.0% chaos score, 23360 close approaches 📊 Avg simulated time: 279 years per simulation 🎲 Hardest to find: 28 attempts to survive 82 yrs minimum
Testing fate, one universe at a time.
¿Ya has visto parpadear el universo?
#ThreeBodyProblem #GravitationalChaos #Physics #Simulation https://www.youtube.com/watch?v=gkCN9YalCVo
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English/German-speaking Brython living in Austenland; careless as carless, hard-science grasping, liberal-leaning, creativity-yearning, Bohemian-aspiring humanist. Allergy Warning: May Contain Fiction. And Nuts Banner: ISS over NZ (Getty) Avatar: Horsehead Nebula, Six Star System, Alien on an Asteroid (Own Work)
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