International audienceWe discuss a few aspects of star formation triggered by H II regions. We show that, in a given region, different processes can be at work to trigger star formation in the layer of neutral material collected around the ionized gas, during the expansion of the H II region; stars of all masses can be formed there. We show that the collect & collapse process can trigger the formation of massive stars, even in an inhomogeneous (an possibly turbulent) medium. The luminosity of the most massive second-generation star observed until now to be formed by triggering corresponds to an O8 star
2005, IAUS, 227, 346Various physical processes are believed to trigger star formation on the borders...
2005, IAUS, 227, 346Various physical processes are believed to trigger star formation on the borders...
International audienceWe use multi-wavelength observations of two H II regions, Sh 104 and RCW 79, t...
International audienceWe discuss a few aspects of star formation triggered by H II regions. We show ...
International audienceYoung massive stars or clusters are often observed at the peripheries of H ii ...
International audienceYoung massive stars or clusters are often observed at the peripheries of H ii ...
International audienceYoung massive stars or clusters are often observed at the peripheries of H ii ...
International audienceYoung massive stars or clusters are often observed at the peripheries of H ii ...
International audienceYoung massive stars or clusters are often observed at the peripheries of H ii ...
International audienceThe ``collect and collapse'' model predicts that massive objects−stars or clus...
International audienceThe ``collect and collapse'' model predicts that massive objects−stars or clus...
International audienceThe ``collect and collapse'' model predicts that massive objects−stars or clus...
International audienceThe ``collect and collapse'' model predicts that massive objects−stars or clus...
International audienceThe ``collect and collapse'' model predicts that massive objects−stars or clus...
International audienceThe ``collect and collapse'' model predicts that massive objects−stars or clus...
2005, IAUS, 227, 346Various physical processes are believed to trigger star formation on the borders...
2005, IAUS, 227, 346Various physical processes are believed to trigger star formation on the borders...
International audienceWe use multi-wavelength observations of two H II regions, Sh 104 and RCW 79, t...
International audienceWe discuss a few aspects of star formation triggered by H II regions. We show ...
International audienceYoung massive stars or clusters are often observed at the peripheries of H ii ...
International audienceYoung massive stars or clusters are often observed at the peripheries of H ii ...
International audienceYoung massive stars or clusters are often observed at the peripheries of H ii ...
International audienceYoung massive stars or clusters are often observed at the peripheries of H ii ...
International audienceYoung massive stars or clusters are often observed at the peripheries of H ii ...
International audienceThe ``collect and collapse'' model predicts that massive objects−stars or clus...
International audienceThe ``collect and collapse'' model predicts that massive objects−stars or clus...
International audienceThe ``collect and collapse'' model predicts that massive objects−stars or clus...
International audienceThe ``collect and collapse'' model predicts that massive objects−stars or clus...
International audienceThe ``collect and collapse'' model predicts that massive objects−stars or clus...
International audienceThe ``collect and collapse'' model predicts that massive objects−stars or clus...
2005, IAUS, 227, 346Various physical processes are believed to trigger star formation on the borders...
2005, IAUS, 227, 346Various physical processes are believed to trigger star formation on the borders...
International audienceWe use multi-wavelength observations of two H II regions, Sh 104 and RCW 79, t...