* outreach manager at the ORIGINS Excellence Cluster
* author
Feast your eyes on this stunning image of our Extremely Large Telescope (ELT) underneath a gorgeous starry night sky. It almost looks like a ship cresting a great, shadowy wave. ⛵️🌊
Read more: https://www.eso.org/public/images/potw2530a/
🔭 📷 P. Romaniuk/ESO
Feast your eyes on this stunning image of our Extremely Large Telescope (ELT) underneath a gorgeous starry night sky. It almost looks like a ship cresting a great, shadowy wave. ⛵️🌊
Read more: https://www.eso.org/public/images/potw2530a/
🔭 📷 P. Romaniuk/ESO
arxiv.org/abs/2505.11616
arxiv.org/abs/2505.11616
This is the first time we have strong evidence for one of these ‘polar planets’ orbiting a stellar pair 😲
Discover more: www.eso.org/public/news/...
🔭 🧪 ☄️
Illustration by ESO/L. Calçada
This is the first time we have strong evidence for one of these ‘polar planets’ orbiting a stellar pair 😲
Discover more: www.eso.org/public/news/...
🔭 🧪 ☄️
Illustration by ESO/L. Calçada
@mpi-astro.bsky.social about signs of life beyond our #solarsystem.
npr.org/2025/04/16/n... #exoplanets #K218b @npr.org @lkreidberg.bsky.social
@mpi-astro.bsky.social about signs of life beyond our #solarsystem.
npr.org/2025/04/16/n... #exoplanets #K218b @npr.org @lkreidberg.bsky.social
In this wide-eye image our Extremely Large Telescope is lit up by the flowing river of the Milky Way. The dangling line of a crane 🏗️ casts down like an enormous fishing rod hoping to catch more building materials.
Discover more: www.eso.org/public/image...
🔭 🧪
📷 ESO
In this wide-eye image our Extremely Large Telescope is lit up by the flowing river of the Milky Way. The dangling line of a crane 🏗️ casts down like an enormous fishing rod hoping to catch more building materials.
Discover more: www.eso.org/public/image...
🔭 🧪
📷 ESO
This #KM3NeT_UHE event KM3-230213A is estimated to have a record neutrino energy of 220 PeV, or 220 million billion electronvolts
➡️For details: www.km3net.org/km3net-webin...
#RecordNeutrino
But you have a microwave and some chocolate at home! 🥳
〰️ read frequency on oven
🌀 take out rotating system
🍫 cook chocolate for 30s
📏 measure wavelength λ/2 between molten spots
➡️ find c = f * λ = 279 300 000 m/s
(🧐 actual c=299 792 458 m/s)
But you have a microwave and some chocolate at home! 🥳
〰️ read frequency on oven
🌀 take out rotating system
🍫 cook chocolate for 30s
📏 measure wavelength λ/2 between molten spots
➡️ find c = f * λ = 279 300 000 m/s
(🧐 actual c=299 792 458 m/s)