Supernova remnants, owing to their strong shock waves, are likely sources of Galactic cosmic rays. Studies of supernova remnants in X-rays and gamma rays provide us with new insights into the acceleration of particles to high energies. This paper reviews the basic physics of supernova remnant shocks and associated particle acceleration and radiation processes. In addition, the study of supernova remnant populations in nearby galaxies and the implications for Galactic cosmic ray distribution are discussed
Since their discovery, there has been a long standing debate concerning the origin of cosmic rays, s...
Increasing observational evidence gathered especially in X-rays and gamma-rays during the course of ...
Galactic cosmic rays are widely believed to be accelerated in expanding shock waves initiated by sup...
Supernova remnants, owing to their strong shock waves, are likely sources of Galactic cosmic rays. S...
Supernova remnants, owing to their strong shock waves, are likely sources of Galactic cosmic rays. S...
Supernova remnants are considered to be the main source of galactic cosmic rays up to the knee of th...
Supernova remnants are considered to be the main source of galactic cosmic rays up to the knee of th...
We evaluate the current status of supernova remnants as the sources of Galactic cosmic rays. We summ...
Supernova remnants have long been considered to be the dominant sources of Galactic cosmic rays. For...
Supernova Remnants have long been considered as unique candidates for cosmic-ray sources. Recent obs...
The origin of cosmic rays is a pivotal open issue of high-energy astrophysics. Supernova remnants a...
The origin of cosmic rays holds still manymysteries hundred years after they were first discovered. ...
Galactic cosmic rays are believed to be accelerated at supernova remnant shocks. Though very popular...
This contribution gives a very short overview on the emission of supernova remnants and the processe...
Since their discovery, there has been a long standing debate concerning the origin of cosmic rays, s...
Since their discovery, there has been a long standing debate concerning the origin of cosmic rays, s...
Increasing observational evidence gathered especially in X-rays and gamma-rays during the course of ...
Galactic cosmic rays are widely believed to be accelerated in expanding shock waves initiated by sup...
Supernova remnants, owing to their strong shock waves, are likely sources of Galactic cosmic rays. S...
Supernova remnants, owing to their strong shock waves, are likely sources of Galactic cosmic rays. S...
Supernova remnants are considered to be the main source of galactic cosmic rays up to the knee of th...
Supernova remnants are considered to be the main source of galactic cosmic rays up to the knee of th...
We evaluate the current status of supernova remnants as the sources of Galactic cosmic rays. We summ...
Supernova remnants have long been considered to be the dominant sources of Galactic cosmic rays. For...
Supernova Remnants have long been considered as unique candidates for cosmic-ray sources. Recent obs...
The origin of cosmic rays is a pivotal open issue of high-energy astrophysics. Supernova remnants a...
The origin of cosmic rays holds still manymysteries hundred years after they were first discovered. ...
Galactic cosmic rays are believed to be accelerated at supernova remnant shocks. Though very popular...
This contribution gives a very short overview on the emission of supernova remnants and the processe...
Since their discovery, there has been a long standing debate concerning the origin of cosmic rays, s...
Since their discovery, there has been a long standing debate concerning the origin of cosmic rays, s...
Increasing observational evidence gathered especially in X-rays and gamma-rays during the course of ...
Galactic cosmic rays are widely believed to be accelerated in expanding shock waves initiated by sup...