M

[M @M66822303]

@sociableymas Bonitas nalgas, para ponérmelas de máscara

[Miñero @MineroLR]

Lluvia de Plomo a plena luz del día

[¿Por qué es tendencia en México? @TendenciasMX]

Farath Coronel:
El adivino fue asesinado en su domicilio. Los sospechosos sus escoltas. Así los mangoneaba 1 día antes de su muerte.
😳
Muy adivino, pero no predijo su muerte.
🤡

[Balogun Gbolahan @BalogunGbolah17]

“This is a graveyard, but only for dogs 🐕. More than 100 dogs are reportedly butchered here in a single day, as the centuries-old trade continues to support the local economy.”

A new documentary explores the history and reality of the Dawarki Dog Market in Plateau State.

Watch the full documentary and hear the stories behind this controversial trade. 👀🇳🇬

[Alerta en las Calles 🏙📢 @AlertaArgNews]

🚨🤖 || UN ROBOT INTENTÓ ATACAR A UN CLIENTE EN RUSIA 🇷🇺

El hombre empujó al robot sin intención dentro de una tienda de tecnología y la máquina reaccionó intentando atacarlo.

[M @M66822303]

Hoy conocí la envidia

[Telediario CdMx @telediario]

▶️ #EnExclusiva I Revelan las primeras imágenes del penthouse donde hallaron sin vida a Jonathan Meléndez, tecladista de Camilo Séptimo, su esposa embarazada y su hija de 3 años; esta es la cronología detrás del hallazgo.

📺 Sigue informado con Carlos Jiménez (@c4jimenez) en #C4EnAlerta

[Luke Warm @Caricaturist]

@irlandarra2019

[Irlandarra @irlandarra2019]

This is how Charlie’s assassination went down.

There were two hits (This explains the signals from the security guys to do both simultaneously) the "Mic Bomb" detonated by Brian Harpole and the pistol-camera fired by Rick Cutler—who was positioned above and behind Charlie.

This would explain the holes in his neck and shirt caused by the bullet's trajectory.

A level of sophistication that confirms Mossad and CIA involvement.

[Enséñame de Ciencia @EnsedeCiencia]

Fractura de al menos 3 costillas de arcos costales ¡Impresionante!

[Manuel Morales @ManuelM49577332]

@RicardoBSalinas No cambie la conversación

[RichProtocol @RichProtocol_]

¿Ya sabes qué es “divide y vencerás”? 👊🏻

[Lueci @luecifabretti]

Não vou chorar e pronto.
Bebê viraliza ao resistir aos estímulos do choro…🤨😳

[P.S. I Love ME @ps_ilove_me]

The most predictable object in physics becomes completely unpredictable the moment you add a second joint.

It's called a "double pendulum."

This is why scientists still cannot predict the double pendulum exactly.

A double pendulum with initial conditions measured to a trillionth of a degree will still become completely unpredictable within ten seconds.

Think about what that sentence actually means. We have the full equations. Newton wrote them. Lagrange refined them. Every physics undergraduate can derive them on a napkin. There's no missing physics, no hidden variable, no quantum weirdness. Just two rods, two joints, gravity. That's it.

And yet the system laughs at prediction.

The reason lives in something called the Lyapunov exponent, a number that measures how fast two nearly-identical starting positions diverge from each other over time.

For a double pendulum, that exponent sits around 3 to 5 per second, and in some experiments as high as 7.9. Translation: "any tiny uncertainty in your starting angle doubles roughly every fifth of a second. After one second, your error has grown by a factor of thousands. After five seconds, by a factor of billions. After ten, the two pendulums have nothing in common except the laws they obey."

The deeper trap is philosophical.

Classical mechanics was supposed to be the temple of determinism. Laplace famously claimed that a sufficiently powerful intelligence knowing every particle's position and velocity could predict the entire future of the universe. The double pendulum quietly destroys that dream using two sticks and a hinge. Determinism holds in theory, but predictability fails because measurements are never exact.

You cannot know an angle to infinite decimal places. The universe doesn't hand you those digits. So even in a fully deterministic system, the future becomes practically unknowable the moment sensitivity to initial conditions outpaces your measurement resolution.

This is why weather forecasts fail past two weeks. Why heart arrhythmias resist prediction. Why financial models built on smooth curves get shredded by reality.

The double pendulum is the honest face of most complex systems in nature. Smooth predictability is the exception. Chaos is the default setting of anything with coupled nonlinear parts.

[M @M66822303]

https://t.co/pHn5tfuaQT