The radiodetection of extensive air showers, investigated for the first time in the 1960's, obtained promising results but plagued by the technical limitations. At that time, H.R. Allan summed up the state of the art in an extensive review article whose conclusions and predictions are still used today. Set up in 2001 at the Nancay Observatory, the CODALEMA experiment was built first as a demonstrator and successfully showed the feasibility of the radiodetection of extensive air showers. Radically modified in 2005, it allowed to obtain a clear energy correlation, and put in evidence an unambiguous signature of the geomagnetic origin of the electric field emission process associated to the air shower. The switch towards large areas is the nex...
Ultra high energy cosmic rays (UHECR), i.e. E > 1 EeV, raise many questions about their origin and c...
Ultra high energy cosmic rays (UHECR), i.e. E > 1 EeV, raise many questions about their origin and c...
Very high energy gamma-ray astronomy (E > 30 GeV), that allows to probe non-thermal processes in the...
The radiodetection of extensive air showers, investigated for the first time in the 1960's, obtained...
The radiodetection of extensive air showers, investigated for the first time in the 1960's, obtained...
The radiodetection of extensive air showers, investigated for the first time in the 1960's, obtained...
Radiodetection of cosmic rays was first attempt in the early 60's. Unfortunately, at that time, resu...
Radiodetection of cosmic rays was first attempt in the early 60's. Unfortunately, at that time, resu...
Radiodetection of cosmic rays was first attempt in the early 60's. Unfortunately, at that time, resu...
Radiodetection of cosmic rays was first attempt in the early 60's. Unfortunately, at that time, resu...
Rédigée de Juillet à Novembre 2011Despite the use of giant detectors suitable for low flux beyond 10...
Rédigée de Juillet à Novembre 2011Despite the use of giant detectors suitable for low flux beyond 10...
Rédigée de Juillet à Novembre 2011Despite the use of giant detectors suitable for low flux beyond 10...
Ultra high energy cosmic rays (UHECR), i.e. E > 1 EeV, raise many questions about their origin and c...
Ultra high energy cosmic rays (UHECR), i.e. E > 1 EeV, raise many questions about their origin and c...
Ultra high energy cosmic rays (UHECR), i.e. E > 1 EeV, raise many questions about their origin and c...
Ultra high energy cosmic rays (UHECR), i.e. E > 1 EeV, raise many questions about their origin and c...
Very high energy gamma-ray astronomy (E > 30 GeV), that allows to probe non-thermal processes in the...
The radiodetection of extensive air showers, investigated for the first time in the 1960's, obtained...
The radiodetection of extensive air showers, investigated for the first time in the 1960's, obtained...
The radiodetection of extensive air showers, investigated for the first time in the 1960's, obtained...
Radiodetection of cosmic rays was first attempt in the early 60's. Unfortunately, at that time, resu...
Radiodetection of cosmic rays was first attempt in the early 60's. Unfortunately, at that time, resu...
Radiodetection of cosmic rays was first attempt in the early 60's. Unfortunately, at that time, resu...
Radiodetection of cosmic rays was first attempt in the early 60's. Unfortunately, at that time, resu...
Rédigée de Juillet à Novembre 2011Despite the use of giant detectors suitable for low flux beyond 10...
Rédigée de Juillet à Novembre 2011Despite the use of giant detectors suitable for low flux beyond 10...
Rédigée de Juillet à Novembre 2011Despite the use of giant detectors suitable for low flux beyond 10...
Ultra high energy cosmic rays (UHECR), i.e. E > 1 EeV, raise many questions about their origin and c...
Ultra high energy cosmic rays (UHECR), i.e. E > 1 EeV, raise many questions about their origin and c...
Ultra high energy cosmic rays (UHECR), i.e. E > 1 EeV, raise many questions about their origin and c...
Ultra high energy cosmic rays (UHECR), i.e. E > 1 EeV, raise many questions about their origin and c...
Very high energy gamma-ray astronomy (E > 30 GeV), that allows to probe non-thermal processes in the...