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7th Belgian-Dutch Gravitational Waves Meeting

May 29, 2018
Smitsborg, Zernike Campus, University of Groningen
Europe/Amsterdam timezone

Contribution List

35 / 35
34. Gravitational wave astronomy after the first discoveries
Dr John Veitch
5/29/18, 10:30 AM
4. Advanced Virgo and Einstein Telescope
Dr Bas Swinkels (Nikhef)
5/29/18, 11:20 AM
5. LIGO-Virgo data analysis
Dr Archisman Ghosh (Nikhef)
5/29/18, 11:40 AM
6. Gravitational wave astrophysics
Dr Tanja Hinderer (Radboud University Nijmegen)
5/29/18, 12:00 PM
7. The phase cameras of Advanced Virgo
Ms Laura Van der Schaaf (Nikhef)
5/29/18, 1:30 PM
8. Nano-g MEMS accelerometers using geometric anti-springs
Mr Boris Boom (Nikhef)
5/29/18, 1:45 PM
9. Seismic noise characterization at Limburg, a potential site for Einstein Telescope
Mr Soumen Koley (Nikhef)
5/29/18, 2:00 PM
10. The BlackGEM array of telescopes for optical follow-up of gravitational wave sources
Dr Steven Bloemen (Radboud University Nijmegen)
5/29/18, 2:15 PM
11. Low-frequency radio follow-up of gravitational wave merger events with LOFAR
Ms Kelly GOURDJI (API, University of Amsterdam)
5/29/18, 2:30 PM
12. ARGO: The Apertif Radio-Gravitational wave Observatory
Dr Joeri Van Leeuwen (ASTRON)
5/29/18, 2:45 PM
13. The impact of the solar wind on Pulsar Timing Array
Dr Shaifullah Golam (ASTRON)
5/29/18, 3:00 PM
32. Active seismic isolation using optical inertial sensors
Ms Jennifer Watchi (ULB)
5/29/18, 3:15 PM
17. A multi-messenger picture of binary neutron star mergers
Dr Tim Dietrich (Nikhef)
5/29/18, 4:00 PM
26. Estimating the cosmological parameters from gravitational wave observations
Mr Ankan Sur (University of Amsterdam)
5/29/18, 4:15 PM
27. Testing the black hole no-hair conjecture with gravitational waves
Dr Anuradha Samajdar (Nikhef)
5/29/18, 4:30 PM
28. A morphology-independent data analysis method for detecting and characterizing gravitational wave echoes
Mr Ka Wa Tsang (Nikhef)
5/29/18, 4:45 PM
29. Probing ultralight bosons with binary black holes
Mr Hong Sheng Chia (University of Amsterdam)
5/29/18, 5:00 PM
30. Gravitational waves from nearly maximally spinning, supermassive black holes
Mr Kwinten Fransen (KU Leuven)
5/29/18, 5:15 PM
31. Constraining the Milky Way potential by combining GW and EM observations
Ms Valeriya Korol (Leiden Observatory)
5/29/18, 5:30 PM
33. Predicting gravitational waves for neutron star-black hole systems
Mr Bas Bemelmans (Radboud University Nijmegen)
5/29/18, 5:45 PM
23. A morphology-independent data analysis method for detecting and characterizing gravitational wave echoes
Mr Ka Wa Tsang (Nikhef)
25. A morphology-independent data analysis method for detecting and characterizing gravitational wave echoes
Mr Ka Wa Tsang (Nikhef)
3. Advanced Virgo and Einstein Telescope
2. ARGO: The Apertif Radio-Gravitational wave Observatory
16. Constraining the Milky Way potential by combining GW and EM observations
Ms Valeriya Korol (Leiden Observatory)
18. Constraining the Milky Way potential by combining GW and EM observations
Ms Valeriya Korol (Leiden Observatory)
20. Estimating the cosmological parameters from GW observations
Mr Ankan Sur (Nikhef)
15. Gravitational waves from nearly maximally spinning, supermassive black holes
Mr Kwinten Fransen (KU Leuven)
19. Gravitational waves from nearly maximally spinning, supermassive black holes
Mr Kwinten Fransen (KU Leuven)
21. Gravitational waves from nearly maximally spinning, supermassive black holes
Mr Kwinten Fransen (KU Leuven)
14. Gravitational waves from the re-ionization era
Dr Pratika Dayal (Kapteyn Institute)
1. Nano-g MEMS accelerometers
22. Testing the black hole no-hair conjecture with gravitational waves
Dr Anuradha Samajdar (Nikhef)
24. Testing the black hole no-hair conjecture with gravitational waves
Dr Anuradha Samajdar (Nikhef)
0. The phase cameras of Advanced Virgo
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