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#grb

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[#MultiMessenger Astrophysics] The very first colloquium of the #astrophysics Center for Multimessenger Studies in Europe (#ACME) is being held this week in Toulouse. It brings together numerous specialists in #GRB, #kilonovae, compact #binaries and more. These are the main transient and periodic sources of gravitational waves that travel through our #Universe, and which numerous experimental devices are attempting to intercept - from both ground and space.

More info: acme-grav-waves.sciencesconf.o

[End of mission for #Integral] At the time of its launch (in 2002), it was the most advanced #gamma-ray observatory and the first space observatory capable of simultaneously viewing celestial objects in the gamma, X-ray and visible domains.

Integral has transformed our understanding of the high-energy #Universe. Its observations have made it possible to identify the sources of the so-called “long” and “short” gamma-ray bursts (#GRB) : the collapse of stars into supernovae, on the one hand, and the collisions of black holes and neutron stars, on the other. Info+ : esa.int/Science_Exploration/Sp

IRAP's scientific and technical staff have contributed to the success of this mission: both in the realization of the #instruments and in the analysis of the observation data. On February 28, 2025, a long and beautiful page of our space adventure turns ...

[Une bouffée de rayons #gamma pour #TAROT] Le 29 janvier dernier, le réseau de #télescopes TAROT opéré par l'IRAP a effectué, depuis le Chili et la France, le suivi d'un #SursautGamma émis lors de l'explosion d'une #étoile distante de 11 milliards d'années lumière.

L'alerte avait été lancée quelques secondes auparavant par le télescope spatial #Swift. Les télescopes TAROT ont suivi le sursaut gamma durant trois heures. Le télescope de 1 mètre du #PicduMidi a pris le relais, les jours suivants ...

L'épopée en image : irap.omp.eu/2025/02/le-sursaut

[Multi-messenger #Astronomy] The first-ever #ACME (Astrophysics Centre for Multi-messenger studies in Europe) workshop will be held in Toulouse, France, from April 7 to 11. It will be dedicated to the detection, monitoring and analysis of #GravitationalWaves and transient events (#GRB, #kilonovae, compact binaries, etc).

The deadline for abstract submission is January 24, 2025.
Registration is still open ...

Infos+ : acme-grav-waves.sciencesconf.o

[#Astronomie multi-messagers] Le tout premier atelier #ACME (Astrophysics Centre for Multi-messenger studies in Europe) se tiendra à Toulouse, du 7 au 11 avril prochains. Il sera dédié à la détection, au suivi et à l'analyse des #OndesGravitationnelles et des événements transitoires (#SursautsGamma, #kilonovae, binaires compacts, etc).

La date limite de soumision des abstracts a été fixée au 24 janvier 2025.
Les inscriptions sont encore ouvertes ...

Infos+ : acme-grav-waves.sciencesconf.o

[#GRB: detection and follow-up] On June 22, the #SVOM mission was launched. Since September 7, the #COLIBRI ground-based telescope has been tracking #flashes of light detected by the #ECLAIRs space telescope.

COLIBRI is a French-designed #robotic telescope installed at the San Pedro Mártir National Astronomical Observatory in #Mexico.

First images: irap.omp.eu/en/2024/09/first-l

[#SVOM: H-18 🚀 ] This Saturday, the Franco-Chinese SVOM mission will launch from the Xichang base towards the Earth's orbit.

Four instruments (including two French ones) will operate from space, in conjunction with #telecopes on the ground. Objective: to detect the #GRB emitted during the collapse of massive stars or the fusion of #neutron stars, then locate the sources with precision, and finally follow these events in other wavelength domains (X, visible, IR).

lejournal.cnrs.fr/articles/un-

[#SVOM: D-8] The countdown is on: the #SVOM mission will launch on June 22 from the Xichang base, carrying the French #telescopes ECLAIRs and MXT, designed to detect and track #GRB.

Discover, in this @cnes video, how these jewels of technology will operate from space, transmit real-time #alerts to ground-based telescopes, follow up on alerts ... and contribute to a better understanding of emitting sources: those "neutron star mergers that shake space-time".

youtu.be/jwLmvoaXHhc