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The hidden universe: Multi-messenger astronomy offers a glimpse of invisible worlds
Mundzeck, T. (Editor)DESY* ; Grotelüschen, F. (Contributer) ; Warmbein, B. (Contributor) ; Liebaug, B. (Contributer) ; Straub, K. (Contributor) ; Flegel, I. (Editor)
2021
Deutsches Elektron Synchrotron, DESY
Hamburg
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Please use a persistent id in citations: doi:10.3204/PUBDB-2022-00180
Abstract: Away from the shining stars lies a universe that is usually hidden from our eyes: Black holes set the cosmos vibrating with gravitational waves, subatomic particles like neutrinos race through space with hellish energies. Today, for the first time in human history, these fundamentally different messengers from outer space can be observed and analysed for astronomical purposes. What does a supernova stellar explosion look like inside? What happens when two neutron stars collide? Neutrinos and gravitational waves reveal celestial objects in entirely new ways, augmenting the observations made using light and other electromagnetic radiation from outer space. Science finds itself at the dawn of a new form of stargazing: multi-messenger astronomy.
Content:
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- The hidden universe: Multi-messenger astronomy offers a glimpse of invisible worlds
- New dimension of neutrino astronomy: Expansion of the IceCube neutrino observatory promises new insights
- Tremor in space-time: Astrophysicists use gravitational wave antennas to listen to the universe
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- Gamma-ray “heartbeat”: Cosmic gas cloud blinks in sync with black hole
- Chemistry of life: Possible new way to create DNA base pairs
- Goodbye Standard Model?: Muon experiment keeps particle physicists in suspense
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Contributing Institute(s):
- Öffentlichkeitsarbeit (PR)
Research Program(s):
- 899 - ohne Topic (POF4-899) (POF4-899)
Experiment(s):
- No specific instrument
Appears in the scientific report
2021
Database coverage: