Edunia

Your students can: — Train an AI with 4 sliders — Manage a pandemic and watch R0 explode — Decode a dinosaur's DNA — Detect an exoplanet by its shadow — Launch a rocket to the Moon — Measure inequality in 5 real countries Interactive Labs. Ready to teach. 🧵

@earthcurated Artemis II is about to reenter the atmosphere at 40,000 km/h. The margin on the reentry angle? Less than 1°. Too steep → burns up. Too shallow → bounces off the atmosphere back into space. Can you nail it? → edunia.io/simulations/mi…

Artemis II is coming home! After an epic 10-day journey around the Moon, Orion is set to return from lunar orbit, blazing back through Earth’s atmosphere at around 25,000 mph, marking a historic milestone for the Artemis program. Safe re-entry, astronauts — we’re watching with pride.

@NASAArtemis @NASA

Artemis II is about to reenter the atmosphere at 40,000 km/h. The margin on the reentry angle? Less than 1°. Too steep → burns up. Too shallow → bounces off the atmosphere back into space. Can you nail it? → edunia.io/simulations/mi…

@lanoticiahn The reentry angle is incredibly sensitive. Too steep → the capsule burns up. Too shallow → it bounces off the atmosphere back into space. The margin is less than 1°. Your can try to nail it → edunia.io/simulations/mi…

El amerizaje de la misión NASA Artemis II está previsto para el 10 de abril a las 8:07 p.m. EDT. En este video, Liliana Villarreal, directora de Aterrizaje y Recuperación, te explica cómo será esta operación.

@NeuralSpace_ The reentry angle is incredibly sensitive. Too steep → the capsule burns up. Too shallow → it bounces off the atmosphere back into space. The margin is less than 1°. Your can try to nail it → edunia.io/simulations/mi…

🚨🚀 ALERTE INFO La mission Artemis II s’apprête à revenir sur Terre avec une rentrée atmosphérique spectaculaire. L’équipage atteindra environ 25 000 mph (≈ 40 000 km/h), générant des températures proches de 5 000°C lors de la traversée de l’atmosphère. Pendant environ 4 minutes, les communications seront coupées en raison du plasma entourant la capsule, un phénomène normal appelé “blackout radio”.

@FabrizioBucella Great demo! Bernoulli is one of those topics where everyone's intuition is wrong "the wind pushes tiles up" when actually it's the low pressure that sucks them off. Would make an excellent interactive lab 👀

Pourquoi les tuiles s’arrachent du toit en cas de tempête ? C’est à cause de la vitesse du vent qui crée une dépression. C’est l’effet Bernoulli. Salukes #science #physique #profbucella #lasciencepeuttout

Le paradoxe temporel de la boule de billard permet de comprendre où ça coince avec les voyages dans le temps sans mettre d’action humaine en jeu. C’est un modèle jouet plus facile à comprendre. Vous en pensez quoi ? Salukes #science #physique #profbucella #lasciencepeuttout

@FabrizioBucella Et pour ceux qui ne peuvent pas aller sur la Lune, on a recréé l'expérience de pensée ! Les élèves peuvent explorer par eux-mêmes ! edunia.io/simulations/ga…

2 août 1971. Dernière sortie lunaire d'Apollo 15. Le commandant David Scott sort un marteau et une plume de faucon (emblème de la mission). Il les soulève à hauteur d'épaule et puis il les lâche. Bardaf : ils tombent à la même vitesse. C’est pas de la magie, c’est la physique. Sur Terre, l'air freine la plume. Sur la Lune, il n’y a pas d'air, seule la gravité agit. L’astuce est que la gravité accélère tous les corps de la même façon (g ≈ 1,62 m/s²). C’est la fameuse loi sur la chute des corps, qui est un principe essentiel de la physique. Le camarade Galilée l’avait prédit au XVIIͤ siècle. Il aura fallu attendre la Lune pour le montrer de manière éclatante. La physique est belle. Salukes #science #physique #lasciencepeuttout #profbucella – Vidéogramme : Nasa.

@atensnut Exactly. In our simulation, try to nail this angle. Most miss on the first attempt — the Moon's not where you think it is in 3 days. edunia.io/simulations/mi…

Arriving at the exact location , at the precise moment…. One tiny error and it doesn’t happen. Simply amazing.

@sciencegirl He was at his desk in Bern when he pictured a worker falling from a roof. "He wouldn't feel his own weight," Einstein realised. From that one mental image, he built general relativity. Not bad for an afternoon at the office.

Albert Einstein showed that gravity isn’t a traditional force, but the curvature of spacetime caused by mass and energy.

"After 5 heads in a row, tails is more likely." This is the gambler's fallacy. Does each toss has a memory ? edunia.io/simulations/pr…

@AMAZlNGNATURE The far side isn't dark, it gets just as much sunlight as the near side. "Dark side" is a Pink Floyd thing, not physics. It's just that Earth never sees it, because the Moon is tidally locked.

Far side of the Moon by Artemis II

@konstructivizm The far side. No human has seen it with their own eyes since Apollo 17 in 1972 and no camera can capture what 53 years of waiting feels like.

Thanks to our NASA Artemis II astronauts for working on the weekend! The fourth day of their mission brought more crew preparations for Monday's trip around the Moon and stunning new images from their vantage point. What views are you most excited to see?

@NightSkyToday Light takes 1 second to cover that distance and never comes back. The crew will. the Moon's gravity will slingshot them around and send them home. No engine needed.

BREAKING🚨: Artemis II is now 1 light second away from Earth.

A ball launched at 30° and one launched at 60° land at the exact same spot. Same speed, same range ... completely different trajectories. The symmetry of complementary angles is one of the most beautiful results in kinematics. edunia.io/simulations/pr…

@CuriosityonX Fun fact: from where they are now, Earth can be covered with your thumb at arm's length. Every ocean, every mountain, every person behind a thumbnail.

BREAKING NEWS🚨: The Artemis II crew is now closer to the Moon than Earth and Moon is getting bigger and bigger.

The margin is razor-thin. Too steep on reentry → the capsule burns up. Too shallow → it bounces off the atmosphere and flies back into space. In our laboratory, students try to nail this angle. Most don't on the first attempt. edunia.io/simulations/mi…

The trajectory is a free-return loop. If every engine fails, the Moon's gravity alone sends them back to Earth. That's the safety net. the same one that saved Apollo 13. So the crew performs mid-course corrections: tiny engine burns of a few seconds that adjust the angle.

Artemis II is on its way to the Moon. But space isn't a straight line — here's how they stay on course 🧵

@BrianRoemmele The tricky you don't expect: you can't aim at the Moon. You aim at where it will be in 3 days. Can you find the right angle? → edunia.io/simulations/mi…

Artemis rendezvous.