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Meldung:Einstein Telescope and IceCube Gen2 presented at Quantum100 in Münster
Einstein Telescope and IceCube Gen2 presented at Quantum100 in Münster Members of the Einstein Telescope (ET) Collaboration and the IceCube Gen2 project jointly presented an exhibition at Quantum100 in Münster, the concluding event of the Quantum Year 2025. Read more
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Einstein Telescope and IceCube Gen2 Presented at Quantum100 in Münster
27.11.2025 Einstein Telescope and IceCube Gen2 presented at Quantum100 in Münster Members of the Einstein Telescope (ET) Collaboration and the IceCube Gen2 project jointly presented an exhibition at Quantum100 in Münster, the concluding event of the Quantum Year 2025. The exhibition attracted considerable interest from visitors and offered a lively platform for engaging with cutting-edge research in astrophysics and quantum science. The booth showcased both research initiatives through illuminated displays, informative banners, and a wide range of hands-on exhibits, encouraging active exchange between scientists and the wider scientific community. Read more
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Einstein Telescope and IceCube Gen2 presented at Quantum100 in Münster
27.11.2025 Members of the Einstein Telescope (ET) Collaboration and the IceCube Gen2 project jointly presented an exhibition at Quantum100 in Münster, the concluding event of the Quantum Year 2025. The exhibition attracted considerable interest from visitors and offered a lively platform for engaging with cutting-edge research in astrophysics and quantum science. The booth showcased both research initiatives through illuminated displays, informative banners, and a wide range of hands-on exhibits, encouraging active exchange between scientists and the wider scientific community. Quantum100, the concluding event of the Quantum Year 2025, took place on Saturday, 15 November 2025, at the Münsterlandhalle in Münster, Germany. The project was supported by RWTH Aachen, DESY, the Deutsches Zentrum für Astrophysik, the Karlsruhe Institute for Technology/KCETA, the Max Planck Institute for Gravitational…
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Massive Black Hole Spin Workshop, April 21-24 2026, Edinburgh
Massive Black Hole Spin Workshop, April 21-24 2026, Edinburgh Astrophysical black holes can be entirely described by just two properties: their mass and their spin. While masses of black holes have been extensively studied, black hole spin remains poorly understood. This is because spin is both much more difficult to observe and more complex to model. Nevertheless, spin is no less integral to the evolution of massive black holes over time, and the role they play in shaping their host galaxies. Workshop Website
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SIGRAV International School 2026: Neutron Stars: Modelling and Detection, February 16-20 in Vietri sul Mare
SIGRAV International School 2026: Neutron Stars: Modelling and Detection, February 16-20 in Vietri sul Mare This edition of the Italian Society of General Relativity and Gravitation (SIGRAV) International School is dedicated to the study of neutron stars as outstanding sources of gravitational and electromagnetic waves in the strong-field regime. The program is structured to promote scholarly interaction and collaboration, offering participants the opportunity to engage with leading experts in the field. Through a series of advanced lectures and discussions, the School aims to provide a comprehensive understanding of current developments in gravitational research and to equip attendees with the knowledge and tools necessary to advance their own scientific work in…
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Listening to the Cosmos: New Frontiers in Gravitational Wave PhysicsAug 24 – Sep 26, 2026, Firenze
Listening to the Cosmos: New Frontiers in Gravitational Wave Physics, Aug 24 – Sep 26, 2026, Firenze The first detection of gravitational waves from the Ligo-Virgo-Kagra collaboration and the recent results of several pulsar timing arrays have opened the exploration of the gravitational wave Universe. Over the next decade, several other ground and space-based experiments will join this exploration and allow us to access a broad band of the gravitational wave spectrum. This new exploration comes with a series of challenges that can only be overcome through close collaboration between experimentalists and theorists. This workshop will bring together experts working on the experiments enabling this exploration, as well as particle…
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Workshop on “New Frontiers in Strong Gravity IV” in Benasque in July 19-31 2026
Workshop on “New Frontiers in Strong Gravity IV” in Benasque in July 19-31 2026 The fourth installment of the two-week workshop “New frontiers in strong gravity” will take place in Benasque, Spain, from 19–31 July 2026 at the Science Center in Benasque (https://benasque.org/new_general/cgi-bin/years.pl?ano=2026) in the Spanish Pyrenees. The registration will open in Spring 2026.
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Amplitudes, Strong-Field Gravity and Resummation, April 7-17 2026, Stockholm
Amplitudes, Strong-Field Gravity and Resummation, April 7-17 2026, Stockholm The event will include a PhD School (7-10 April) on scattering amplitudes, gravitational self-force and waveform modelling, followed by a focused workshop (13-17 April) on connecting post-Minkowskian and strong-field approaches to gravitational dynamics, with a focus on resummation strategies. Workshop Website
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Lusatia officially third candidate location for the Einstein Telescope
21.10.2025 Lusatia officially third candidate location for the Einstein Telescope It has yet to be decided where the Einstein Telescope will be built, but teams at candidate locations are already doing feasibility and preparatory studies. By now, Lusatia has formally been accepted as a candidate location, bringing the total of candidate locations to three. Read more
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Lusatia officially third candidate location for the Einstein Telescope
Lusatia officially third candidate location for the Einstein Telescope It has yet to be decided where the Einstein Telescope will be built, but teams at candidate locations are already doing feasibility and preparatory studies. By now, Lusatia has formally been accepted as a candidate location, bringing the total of candidate locations to three. Read more