Follow-up observations are key to truly understand these distant worlds—that’s where #ESACheops comes in.
With sharp precision & stability, Cheops determines a planet's size, while also identifying the best candidates for future study esa.int/cheops 🔭
Follow-up observations are key to truly understand these distant worlds—that’s where #ESACheops comes in.
With sharp precision & stability, Cheops determines a planet's size, while also identifying the best candidates for future study esa.int/cheops 🔭
Cheops-Pyramide
Cheops-Pyramide
Just once, I want Hawkman to be like "Listen, asshole, I *know* you weren't Cheops, because *I* was Cheops"
Just once, I want Hawkman to be like "Listen, asshole, I *know* you weren't Cheops, because *I* was Cheops"
🧗 Clingy planets
🥵 Scorching planets
🏉 Rugby ball-shaped planets
The Universe is full of planetary surprises. Discover them here: esa.int/cheops 🔭
🧗 Clingy planets
🥵 Scorching planets
🏉 Rugby ball-shaped planets
The Universe is full of planetary surprises. Discover them here: esa.int/cheops 🔭
What comes next? Studying it. That's the job of our Cheops mission.
Here's how it works 👉 https://www.esa.int/Science_Exploration/Space_Science/Cheops/How_to_characterise_an_exoplanet
🔭 🧪
What comes next? Studying it. That's the job of our Cheops mission.
Here's how it works 👉 https://www.esa.int/Science_Exploration/Space_Science/Cheops/How_to_characterise_an_exoplanet
🔭 🧪
Die Spitze der Cheops-Pyramide ist ca.2,3 Millisekunden älter als die Basis. In großer Höhe ist die Gravitation geringfügig schwächer, das führt nach Einsteins Relativitätstheorie dazu, dass die Zeit anders vergeht - in 4500 Jahren entsteht eine Differenz von ~2.3ms.
Die Spitze der Cheops-Pyramide ist ca.2,3 Millisekunden älter als die Basis. In großer Höhe ist die Gravitation geringfügig schwächer, das führt nach Einsteins Relativitätstheorie dazu, dass die Zeit anders vergeht - in 4500 Jahren entsteht eine Differenz von ~2.3ms.
It performs a first-step characterisation of their structure, providing insights into their formation and evolution 👉 www.esa.int/Science_Expl...
🔭
It performs a first-step characterisation of their structure, providing insights into their formation and evolution 👉 www.esa.int/Science_Expl...
🔭
Und wo bleibt Chephren? 😊
Und wo bleibt Chephren? 😊
Im Inneren der Cheops Pyramide
Im Inneren der Cheops Pyramide
📸 ESA
www.cosmos.esa.int/web/cheops-g...
📸 ESA
www.cosmos.esa.int/web/cheops-g...