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ASTRON Newsletter March 2020  
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Coronavirus measures for ASTRON

Health comes first. That is why ASTRON is temporarily closed until at least Monday 6 April 2020. We work from home and do our best to continue our research and services as well as possible.

ASTRON will strive to continue LOFAR science observing to schedule. Users should be aware that operations are running remotely, but debugging and general support will not be as timely as you would normally expect from us.

ASTRON will strive to continue Dutch station maintenance. But there will be no international station maintenance visits until further notice. Participant visits to ASTRON, JIVE or Dutch partners is not possible.

WSRT operations will run uninterrupted.

If you have any questions, you can send an email to info@astron.nl. We hope you and your families stay safe.

Highlights

Jason Hessels receives Vici grant to localise
Fast Radio Bursts

Jason Hessels (ASTRON & University of Amsterdam) has been awarded an NWO Vici grant for his project entitled "AstroFlash: probing the extremes of the Universe at high time and spatial resolution''.
 
Read the story

LOFAR pioneers new way to study exoplanet environments

Using the Dutch-led Low Frequency Array (LOFAR) radio telescope, astronomers have discovered unusual radio waves coming from the nearby red dwarf star GJ1151. The radio waves bear the tell-tale signature of aurorae caused by an interaction between a star and its planet.
 
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Help to find the location of newly discovered black holes in the LOFAR Radio Galaxy Zoo project

Scientists are asking for the public’s help to find the origin of hundreds of thousands of galaxies that have been discovered by the largest radio telescope ever built: LOFAR. Where do these mysterious objects that extend for thousands of light-years come from?
 
Read the story

Other stories

How does a radio wave become a picture? Part II: Compact receivers

With the help of radio telescopes, we can look into space by capturing radio signals from the universe. This can be done, for instance, with the 14 dishes in Westerbork or with LOFAR, which consists of several fields full of small antennae.
> Read the story

Low-Frequency Aperture Array - Milestones

The Low-Frequency Aperture Array (LFAA) element is the set of antennas, on board amplifiers and local processing required for the SKA-low telescope, representing over 130,000 low frequency antennas covering the 50 MHz to 350 MHz frequency range to be installed at the Australian SKA site in Western Australia.
> Read the story

Test wind turbine near LOFAR meets agreed radio emission norms

The test turbine of wind farm “Drentse Monden en Oostermoer” meets the reduction of electromagnetic radiation as agreed in a covenant on the co-existence of a wind farm near the core of the LOFAR radio telescope.  
> Read the story

Realising the next Telescope Manager Specification System for LOFAR

TMSS (Telescope Manager Specification System) will be a brand-new software application for the specification, administration, and scheduling of LOFAR observations.  
> Read the story

LOFAR images cosmic radio monsters

Pareidolia is a tendency that pushes humans to see shapes in clouds or faces in inanimate objects. The picture shown here is a composition of four cosmic radio sources that can in fact look like a scary monster. To obtain this effect, the sources have been rearranged compared to their original position in the sky but their apparent sizes were preserved.
> Read the story

Current job openings

All vacancies can be found on the Working at ASTRON website.

Upcoming events

Save the Date! 12 June - LOFAR 10 Years

Media mentions we are proud of

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