7th LOFAR Data School, 15-19 April 2024

Europe/Amsterdam
ASTRON

ASTRON

Description

 

Aim of school

The aim of the School is to introduce the LOFAR system to new members of the LOFAR community who will analyze both interferometric and high time resolution beamformed LOFAR data. Students, postdocs, and staff are all encouraged to attend. The School will cover the many (advanced) aspects of the LOFAR system, including the software pipelines and their science products. Lectures and demos will be presented by members of the LOFAR project team as well as staff from the many institutions involved in the collaboration. Participants will have the choice of following demos on beamformed or interferometric data reduction. Online material will also be provided for offline hands-on data processing sessions. Interaction and networking between participants and lecturers will be promoted via Q&A sessions as well as team building activities. Remote participation will not be offered.

 

Minimum requirements for participants

Presentations will be given at a level appropriate for someone familiar with the LOFAR system and data products. Familiarity with standard data processing software such as CASA will be useful, but not required. Minimum requirements are that the participants have gone over the introductory topics provided online, as well as that they are familiar with scripting languages, in particular Python. Parallel sessions regarding advanced topics are planned. The school language will be English.

 

Event support
    • 09:00
      Registration
    • Science opportunities & instrument capabilities; data discovery & access
      • 1
        Welcome address
      • 2
        Introduction

        Lecture

        Speaker: Dr Timothy Shimwell
      • 10:30
        Coffe break
      • 3
        Data discovery in the LOFAR LTA
        Speaker: Dr Emma van der Wateren
      • 12:00
        Lunch
      • 4
        Overview of the LOFAR software
        Speakers: Dr Frits Sweijen, Dr Vlad Kondratiev
    • IF data editing techniques - I
      • 5
        Systematic (instrumental & external) effects in LOFAR data: inspection & removal - I
        Speakers: Dr Maaijke Mevius, Christian Groeneveld
      • 15:30
        Coffee break
      • 6
        Systematic (instrumental & external) effects in LOFAR data: inspection & removal - II
        Speakers: Dr Christian Groeneveld, Dr Maaijke Mevius
      • 7
        Low frequency (self-) calibration
        Speaker: Dr Reinout van Weeren
      • 8
        Q&A Session
    • 18:00
      School dinner - Dwingeloo
    • IF data editing techniques - II
      • 9
        Workflows for LOFAR IF data: an overview
        Speaker: Dr Marco Iacobelli
      • 10
        Quality assessment of LOFAR data
        Speakers: Dr Aleksandar Shulevski, Dr Emanuela Orru
      • 10:30
        Coffee break
      • 11
        Low frequency (Wide field) imaging
        Speaker: Dr Andre Offringa
      • 12:00
        Lunch
      • 12
        Science exploitation of wide field sky images
        Speaker: Dr Tim Shimwell
      • 13
        Transient analysis
        Speaker: Dr Antonia Rowlinson
    • 15:00
      Visit LOFAR core
    • 18:00
      Pancake dinner at De Bospub + bus ride back to hotels
    • IF & BF analysis techniques
      • 14
        Beamforming with LOFAR
        Speaker: Dr Vlad Kondratiev
      • 15
        Combining BF & IF observing modes
        Speaker: Dr Pietro Zucca
      • 16
        Beamformed dynamic spectrum and Imaging
        Speaker: Dr Pietro Zucca
      • 10:45
        Coffee break
      • 17
        Lightning studies with TBB
        Speaker: Dr Sander ter Veen
      • 18
        Q & A Session
      • 12:00
        Lunch
      • 19
        LOFAR2.0 capabilities, changes in the data and data processing
        Speaker: Dr Cees Bassa
      • 20
        Low frequency science with LOFAR2.0: future perspective
        Speaker: Dr Jason Hessels
    • BF science use cases
      • 21
        Reading BF HDF5 data with Python
        Speaker: Dr Cees Bassa
      • 15:30
        Coffee break
      • 22
        Reading BF HDF5 data with Python
        Speaker: Dr Vlad Kondratiev
    • IF science use cases - I
      • 23
        Polarimetry analysis
        Speaker: Dr Michiel Brentjens
      • 15:30
        Coffee break
      • 24
        LOFAR VLBI
        Speaker: Dr Roland Timmerman
    • IF science use cases - II
      • 25
        VLBI data analysis and lofar_facet_selfcal tool usage
        Speaker: Dr Roland Timmerman
      • 10:30
        Coffee break
      • 26
        Analysis techniques to characterise extended sources
        Speaker: Dr Andrea Botteon
      • 12:30
        Lunch
    • Science data challenge & conclusions
      • 27
        Radio optical science synergies; examples of use cases
        Speaker: Dr Rohit Kondapally
    • Group activity: science data challenge
    • 16:00
      Reception
    • 28
      Science lecture
      Speaker: Dr Ilse van Bemmel
    • 17:45
      Bus ride back to hotels
    • Science data challenge & conclusions
      • 29
        Science data challenge - continued
      • 10:30
        Coffee break
      • 30
        Science data challenge - report
      • 31
        Q&A session + Questionnaire
      • 32
        Concluding remarks - Program end
    • 12:45
      Luch
    • 13:45
      Preparing for bus ride back to Hoogeveen train station