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| Although the LOFAR telescope
spread over the Netherlands will achieve unprecedented resolution
at low frequencies and will shed light on a lot of interesting
problems, it would be fairly easy to extend LOFAR even further
with a relatively small number of stations (of order 10 -
20) to achieve 10 times better resolutions. Discussions with
various groups across Europe made it clear that there is widespread
support for such an extension. The Max-Planck Institute in
Bonn has started discussions with LOFAR already and is preparing
to build a station at the site of the Effelsberg telescope.
Other European institutes and universities are hoping to follow
this example and discussions with various international partners
in Germany, UK, France, Sweden, Italy and Poland have already
been started. These developments have been received with enthusiasm
by the Astronomical community in the Netherlands.
To find out more about the individual developments in the countries:
• LOFAR and the German LOng Wavelength consortium (GLOW)
• LOFAR in the UK
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The information on these Astronomy Pages focusses
on the current LOFAR Key Projects:
• The
Epoch of Reionisation
• Deep
Extragalactic Surveys
• Transient Sources
• Ultra
High Energy Cosmic Rays
•
Pulsars
Descriptions
of other applications can be found in the following documents:
NL
science case for LOFAR (pdf)
Science case for an extended LOFAR (pdf)
International
Science Applications Document (pdf)
Credits:
Here is a list of people who contributed to the compilation of these
two documents.
Results from LOFAR Test Facilities
are available here
<
In case of questions or comments
regarding LOFAR, or about these web pages, please contact lofar@astron.nl
Read this disclaimer
before proceeding.
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