G
Gerard H. Kuper
Researcher at University of Groningen
Publications - 154
Citations - 5463
Gerard H. Kuper is an academic researcher from University of Groningen. The author has contributed to research in topics: LOFAR & Financial crisis. The author has an hindex of 33, co-authored 153 publications receiving 4944 citations. Previous affiliations of Gerard H. Kuper include ASTRON.
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Journal ArticleDOI
LOFAR: The LOw-Frequency ARray
M. P. van Haarlem,Michael W. Wise,A. W. Gunst,George Heald,John McKean,Jason W. T. Hessels,A. G. de Bruyn,R. Nijboer,John D. Swinbank,Richard Fallows,Michiel A. Brentjens,A. Nelles,Rainer Beck,Heino Falcke,Rob Fender,Jörg R. Hörandel,Léon V. E. Koopmans,G. Mann,George K. Miley,Huub Röttgering,B. W. Stappers,Ralph A. M. J. Wijers,Saleem Zaroubi,M. van den Akker,A. Alexov,James M. Anderson,Kenneth C. Anderson,A. van Ardenne,Michel Arts,Ashish Asgekar,I. M. Avruch,F. Batejat,L. Bähren,Martin Bell,Michael R. Bell,I. van Bemmel,P. Bennema,Mark J. Bentum,Gianni Bernardi,P. N. Best,Laura Birzan,Annalisa Bonafede,Albert-Jan Boonstra,Robert Braun,Joel N. Bregman,F. Breitling,R. H. van de Brink,J. W. Broderick,P. C. Broekema,W. N. Brouw,Marcus Brüggen,Harvey Butcher,W. A. van Cappellen,B. Ciardi,T. Coenen,John Conway,A. H. W. M. Coolen,Arthur Corstanje,S. Damstra,O. Davies,Adam Deller,R. J. Dettmar,G. van Diepen,K. Dijkstra,P. Donker,A. Doorduin,J. Dromer,M. Drost,A. van Duin,Jochen Eislöffel,J. van Enst,Chiara Ferrari,Wilfred Frieswijk,H. Gankema,M. A. Garrett,F. de Gasperin,M. Gerbers,E. de Geus,J.-M. Grießmeier,T. Grit,P. Gruppen,J. P. Hamaker,Tim Hassall,Matthias Hoeft,H. A. Holties,A. Horneffer,A. J. van der Horst,A. van Houwelingen,A. Huijgen,Marco Iacobelli,Hubertus Intema,N. J. Jackson,Vibor Jelić,A. de Jong,E. Juette,D. Kant,Aris Karastergiou,A. Koers,H. Kollen,V. I. Kondratiev,E. Kooistra,Y. Koopman,A. Koster,M. Kuniyoshi,Michael Kramer,Gerard H. Kuper,P. Lambropoulos,Casey J. Law,J. van Leeuwen,J. Lemaitre,M. Loose,P. Maat,Giulia Macario,Sera Markoff,J. Masters,D. McKay-Bukowski,H. Meijering,H. Meulman,Maaijke Mevius,Enno Middelberg,R. Millenaar,James Miller-Jones,R. N. Mohan,J. D. Mol,J. Morawietz,Raffaella Morganti,D. D. Mulcahy,E. Mulder,H. Munk,Lambert J.M. Nieuwenhuis,R.V. van Nieuwpoort,J. E. Noordam,M. J. Norden,A. Noutsos,A. R. Offringa,Hans Olofsson,Amitesh Omar,Emanuela Orrú,R. Overeem,H. Paas,M. Pandey-Pommier,Vishambhar Pandey,Roberto Pizzo,A. G. Polatidis,D. A. Rafferty,Steve Rawlings,W. Reich,J.-P. de Reijer,J. Reitsma,A. Renting,P. Riemers,E. Rol,J. W. Romein,J. Roosjen,M. Ruiter,Anna M. M. Scaife,K. van der Schaaf,B. Scheers,Pim Schellart,A. P. Schoenmakers,G. Schoonderbeek,M. Serylak,Aleksandar Shulevski,J. Sluman,Oleg Smirnov,Charlotte Sobey,H. Spreeuw,Matthias Steinmetz,C. G. M. Sterks,H.-J. Stiepel,K. Stuurwold,Michel Tagger,Y. Tang,C. Tasse,I. Thomas,Satyendra Thoudam,M. C. Toribio,B. van der Tol,O. Usov,M. van Veelen,A. van Veen,S. ter Veen,Joris P. W. Verbiest,R. Vermeulen,N. J. Vermaas,C. Vocks,C. Vogt,M. de Vos,E. van der Wal,R. J. van Weeren,H. Weggemans,Patrick Weltevrede,Simon D. M. White,Stefan J. Wijnholds,T. Wilhelmsson,Olaf Wucknitz,Sarod Yatawatta,P. Zarka,Anton Zensus,J. E. van Zwieten +199 more
TL;DR: The International LOFAR Telescope (ILT) as mentioned in this paper is a new-generation radio interferometer constructed in the north of the Netherlands and across europe, which covers the largely unexplored low frequency range from 10-240 MHz and provides a number of unique observing capabilities.
Journal ArticleDOI
Observing pulsars and fast transients with LOFAR
B. W. Stappers,Jason W. T. Hessels,Jason W. T. Hessels,A. Alexov,Kenneth C. Anderson,T. Coenen,T. E. Hassall,Aris Karastergiou,V. I. Kondratiev,Michael Kramer,Michael Kramer,J. van Leeuwen,J. van Leeuwen,J. D. Mol,A. Noutsos,John W. Romein,Patrick Weltevrede,Rob Fender,Ralph A. M. J. Wijers,L. Bähren,Martin Bell,J. W. Broderick,E. J. Daw,V. S. Dhillon,Jochen Eislöffel,Heino Falcke,Heino Falcke,J. M. Griessmeier,J. M. Griessmeier,Casey J. Law,Casey J. Law,Sera Markoff,James Miller-Jones,James Miller-Jones,Bart Scheers,H. Spreeuw,John D. Swinbank,S. ter Veen,Michael W. Wise,Michael W. Wise,Olaf Wucknitz,Philippe Zarka,J. M. Anderson,Ashish Asgekar,I. M. Avruch,I. M. Avruch,Rainer Beck,P. Bennema,Mark J. Bentum,Philip Best,Joel N. Bregman,Michiel A. Brentjens,R. H. van de Brink,P. C. Broekema,W. N. Brouw,Marcus Brüggen,A. G. de Bruyn,A. G. de Bruyn,Harvey Butcher,Harvey Butcher,B. Ciardi,John Conway,R.-J. Dettmar,A. van Duin,J. van Enst,M. A. Garrett,M. A. Garrett,M. Gerbers,T. Grit,A. W. Gunst,M. P. van Haarlem,J. P. Hamaker,George Heald,Matthias Hoeft,H. A. Holties,A. Horneffer,A. Horneffer,Léon V. E. Koopmans,Gerard H. Kuper,M. Loose,P. Maat,D. McKay-Bukowski,John McKean,George K. Miley,Raffaella Morganti,Raffaella Morganti,R. Nijboer,J. Noordam,M. J. Norden,Hans Olofsson,M. Pandey-Pommier,A. G. Polatidis,Wolfgang Reich,H. J. A. Röttgering,A. Schoenmakers,J. Sluman,Oleg Smirnov,Matthias Steinmetz,C. G. M. Sterks,Michel Tagger,Y. Tang,R. Vermeulen,N. J. Vermaas,C. Vogt,M. de Vos,Stefan J. Wijnholds,Sarod Yatawatta,A. Zensus +107 more
TL;DR: The LOw Frequency ARray (LOFAR) as mentioned in this paper is a radio interferometer operating in the lowest 4 octaves of the ionospheric "radio window": 10-240 MHz, that will greatly facilitate observing pulsars at low radio frequencies.
Journal ArticleDOI
Initial deep LOFAR observations of epoch of reionization windows. I. The north celestial pole
Sarod Yatawatta,de Antonius Bruyn,de Antonius Bruyn,Michiel A. Brentjens,Panagiotis Labropoulos,V. N. Pandey,S. Kazemi,Saleem Zaroubi,Léon V. E. Koopmans,A. R. Offringa,A. R. Offringa,Vibor Jelić,O. Martinez Rubi,V. Veligatla,Stefan J. Wijnholds,W. N. Brouw,Gianni Bernardi,Gianni Bernardi,B. Ciardi,S. Daiboo,Geraint Harker,Garrelt Mellema,Joop Schaye,Rajat M. Thomas,Harish Vedantham,Emma Chapman,F. B. Abdalla,A. Alexov,J. M. Anderson,I. M. Avruch,I. M. Avruch,F. Batejat,Martin Bell,Martin Bell,Michael R. Bell,Mark J. Bentum,Philip Best,Annalisa Bonafede,Joel N. Bregman,F. Breitling,R. H. van de Brink,J. W. Broderick,Marcus Brüggen,Marcus Brüggen,John Conway,F. de Gasperin,E. de Geus,S. Duscha,Heino Falcke,Richard Fallows,Chiara Ferrari,W. Frieswijk,M. A. Garrett,M. A. Garrett,J. M. Griessmeier,J. M. Griessmeier,A. W. Gunst,T. E. Hassall,T. E. Hassall,Jason W. T. Hessels,Jason W. T. Hessels,Matthias Hoeft,Marco Iacobelli,E. Juette,Aris Karastergiou,V. I. Kondratiev,V. I. Kondratiev,Michael Kramer,Michael Kramer,M. Kuniyoshi,Gerard H. Kuper,J. van Leeuwen,J. van Leeuwen,P. Maat,Gottfried Mann,John McKean,M. Mevius,M. Mevius,J. D. Mol,H. Munk,R. Nijboer,J. Noordam,M. J. Norden,Emanuela Orru,Emanuela Orru,H. Paas,M. Pandey-Pommier,R. Pizzo,A. G. Polatidis,Wolfgang Reich,H. J. A. Röttgering,J. Sluman,Oleg Smirnov,Ben Stappers,Matthias Steinmetz,Michel Tagger,Y. Tang,Cyril Tasse,S. ter Veen,R. Vermeulen,R. J. van Weeren,R. J. van Weeren,R. J. van Weeren,Michael W. Wise,Olaf Wucknitz,Ph. Zarka +105 more
TL;DR: In this article, the authors present results from observations of the NCP window using the LOFAR highband antenna (HBA) array in the frequency range 115 MHz to 163 MHz.
Journal ArticleDOI
Detecting cosmic rays with the LOFAR radio telescope
Pim Schellart,A. Nelles,Stijn Buitink,Arthur Corstanje,J. E. Enriquez,Heino Falcke,Heino Falcke,Heino Falcke,W. Frieswijk,Jörg R. Hörandel,A. Horneffer,C. W. James,Maria Krause,M. Mevius,Olaf Scholten,S. ter Veen,Satyendra Thoudam,M. van den Akker,A. Alexov,J. M. Anderson,I. M. Avruch,L. Bähren,Rainer Beck,Martin Bell,P. Bennema,Mark J. Bentum,Gianni Bernardi,Philip Best,Joel N. Bregman,F. Breitling,Michiel A. Brentjens,J. W. Broderick,Marcus Brüggen,Benedetta Ciardi,A. H. W. M. Coolen,F. de Gasperin,E. de Geus,A. de Jong,M. de Vos,S. Duscha,Jochen Eislöffel,Richard Fallows,Chiara Ferrari,M. A. Garrett,Jean-Mathias Grießmeier,T. Grit,J. P. Hamaker,T. E. Hassall,George Heald,Jason W. T. Hessels,Matthias Hoeft,H. A. Holties,Marco Iacobelli,E. Juette,Aris Karastergiou,Wouter Klijn,J. Kohler,V. I. Kondratiev,Michael Kramer,M. Kuniyoshi,Gerard H. Kuper,P. Maat,Giulia Macario,Gottfried Mann,Sera Markoff,D. McKay-Bukowski,John McKean,James Miller-Jones,J. D. Mol,D. D. Mulcahy,H. Munk,R. Nijboer,M. J. Norden,Emanuela Orru,R. Overeem,H. Paas,M. Pandey-Pommier,R. Pizzo,A. G. Polatidis,A. Renting,John W. Romein,H. J. A. Röttgering,A. Schoenmakers,Dominik J. Schwarz,J. Sluman,Oleg Smirnov,Charlotte Sobey,Ben Stappers,Matthias Steinmetz,John D. Swinbank,Y. Tang,Cyril Tasse,C. Toribio,J. van Leeuwen,R.V. van Nieuwpoort,R. J. van Weeren,N. J. Vermaas,Rene C. Vermeulen,Christian Vocks,C. Vogt,Ralph A. M. J. Wijers,Stefan J. Wijnholds,Michael W. Wise,Olaf Wucknitz,Sarod Yatawatta,Ph. Zarka,A. Zensus +106 more
TL;DR: In this article, the authors describe the dataset, as well as the analysis pipeline, and serve as a reference for future papers based on these data, including removal of radio frequency interference, correcting for the antenna response and identification of the pulsed signal.