10 years of LOFAR highlights: Infographic - Interference detection and Dysco

This infographic explains how LOFAR treats data collected by its stations.

Published by the editorial team, 2 June 2020



On 12 June 2020, LOFAR celebrates its tenth anniversary. The radio telescope is the world’s largest low frequency instrument and is one of the pathfinders of the Square Kilometre Array (SKA), which is currently being developed. Throughout its ten years of operation, LOFAR has made some amazing discoveries. It has been a key part of groundbreaking research, both in astronomy and engineering. Here we feature some – but definitely not all – of these past highlights, with surely more to come in the future.


Latest tweets

Today is International Women in Engineering day! Paula Fusiara is one of our engineers, watch her interview here: https://bit.ly/2TNSj5D #womeninengineering

Daily Image of the Week: Maintenance work on @LOFAR! This high band array was damaged during the winter storms. But thanks to the great weather ☀️ doing maintenance is easy! Everything is back online again 💪 https://bit.ly/3gIwKMY

Morgen 10/6 is een gedeeltelijke zonsverduistering. De @radiotelescoop gaat dit in samenwerking met @OudeSterrewacht live volgen, livestream: http://camras.nl/livestream. Onze collega’s in Leiden zorgen voor beeld en @radiotelescoop meet de intensiteit van de zonsverduistering.

Congratulations to @AstroJoeC for winning the Louise Webster Prize @AstroSocAus for his @nresearchnews paper on ‘Wolf-Rayet' stars (a kind believed to explode as supernovae) ! 🎉

🏆 More on the prize: https://asa.astronomy.org.au/prizes_and-grants/prizes-awards/louise-webster-prize/

📡 More on the paper: https://www.astron.nl/cosmic-serpent-reveals-new-way-massive-stars-die/