Tidal Disruption Event: Dust Echo
CLIENT
Deutsches Elektronen-Synchrotron DESY
RESEARCH FIELD
TYPE
Animation
YEAR
2022
DESCRIPTION
In a distant galaxy in the constellation Hercules, a gigantic black hole has torn apart a giant star. This is shown by extensive observations with several observatories, reported by an international, DESY-led research team in the journal Physical Review Letters. The cosmic catastrophe produced a glistening “dust echo” in the infrared range after several months. In addition, the neutrino telescope IceCube in Antarctica may have picked up a particle from the shredded star.
More projects
Next-generation Very Large ArrayProject type
ICDP DrillsitesProject type
Periodic table of sweetenersProject type
Archaeological News S-H 2024Project type
Lohe-Rickelshof exhibitProject type
HorizonProject type
TransformationsProject type
Archaeological News S-H 2023Project type
Exhibition: Visualizing ScienceProject type
Strange jets of the microquasarProject type
Annual report on antisemitismProject type
Milky Way In Neutrino LightProject type
Vela PulsarProject type
Lasers deflected using sound wavesProject type
5 Years World HeritageProject type
Archaeology ConferenceProject type
IceCube AR CardProject type
Who were the vikings?Project type
Meet the MetaorganismProject type
UFO: Underwater Fish ObservatoryProject type
Archaeological News S-H 2022Project type
A Window into the PastProject type
Single Cell Center WürzburgProject type
KalderaProject type
PETRA III – protein crystallographyProject type
Viking WalksProject type
HIBEF LaserProject type
Icon PostersProject type
Danevirke Archaeology BlogProject type
Radio pulsationProject type
Ventus: Wind on RoadsProject type
UNESCO World heritage: Information signsProject type
Tidal Disruption EventProject type
Gamma Ray BurstProject type
Pop-up card: Metaorganism SpongeProject type
Nanoparticle at workProject type
Laser-Plasma-AcceleratorProject type
Dark Matter and ALPS IIProject type
Nova outburst illustrationProject type
Guideline: Cultural heritage under waterProject type
DAK Congress 2020coming soon
Megalitic Routes signsProject type
Explore the OceanProject type
Marine MicrobiologyProject type
World Heritage: Mixed Media WallProject type
Multimessenger MicrositeProject type
Digital MetaProject type
Dynamic PlanetProject type
World Heritage proposalProject type
TsunamiProject type
GenexpressionsProject type
Lymphatic SystemProject type
Next Generation Scientific PosterProject type