Simultaneous multi-wavelength observations of microquasars (the MINE collaboration)

1); 2); D.C. Hannikainen (9) ((1) SAp; (2) ISDC; (3) Univ. Southampton; (4) MPE; (5) Univ. Paris 7; (6) NRAO; (7) Jodrell Bank; (8) MRAO; (8) N. Copernicus Astron. Center; (9) Univ. Helsinki); G.G. Pooley (8); I. Brown (7); I.F. Mirabel (1); J. Rodriguez (1; M. Ribo (1); P. Kretschmar (4; R. Spencer (7)

arxiv: astro-ph/0312381 · v1 · submitted 2003-12-15 · 🌌 astro-ph

Simultaneous multi-wavelength observations of microquasars (the MINE collaboration)

Yael Fuchs (1) , J. Rodriguez (1 , 2) , I.F. Mirabel (1) , S.E. Shaw (3 , P. Kretschmar (4 , M. Ribo (1) , S. Chaty (5

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1) V. Dhawan (6) I. Brown (7) R. Spencer (7) G.G. Pooley (8) D.C. Hannikainen (9) ((1) SAp; (2) ISDC; (3) Univ. Southampton; (4) MPE; (5) Univ. Paris 7; (6) NRAO; (7) Jodrell Bank; (8) MRAO; (8) N. Copernicus Astron. Center; (9) Univ. Helsinki)

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keywords collaborationintegralmicroquasarsminemulti-wavelengthobservationsaccretionaimed

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We present the international collaboration MINE (Multi-lambda INTEGRAL NEtwork) aimed at conducting multi-wavelength observations of microquasars simultaneously with the INTEGRAL satellite. The first results on GRS 1915+105 are encouraging and those to come should help us to understand the physics of the accretion and ejection phenomena around a compact object.

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Simultaneous multi-wavelength observations of microquasars (the MINE collaboration)

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