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Belgian-Dutch Gravitational Wave Meeting 2022

13–14 Oct 2022
Het Pand
Europe/Zurich timezone

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Contribution List

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  1. 1. Keynote presentation: Fundamental Physics and Cosmology with the Einstein Telescope
    Michele Maggiore (Universite de Geneve (CH))
    13/10/2022, 09:40
  2. 2. Virgo Instrumentation
    Sebastian Steinlechner (Maastricht University & Nikhef)
    13/10/2022, 10:55
  3. 3. ETPathfinder
    Paul Kuijer (Nikhef National institute for subatomic physics (NL))
    13/10/2022, 11:15
  4. 5. LIGO-Virgo-KAGRA Observational Science
    Chris Van Den Broeck
    13/10/2022, 11:35
  5. 8. Why gravitational waves need neutrinos
    Gwen W De Wasseige (UCLouvain)
    13/10/2022, 12:05
  6. 7. The Quest of Subsolar-mass (Primordial) Black Holes
    Sebastien Clesse
    13/10/2022, 13:50
  7. 17. Gravitational-wave constraints on the GeV excess in the galactic center
    Andrew Miller
    13/10/2022, 14:10
  8. 14. Stochastic Gravitational-Wave Background and Pulsar Glitches
    Federico De Lillo
    13/10/2022, 14:20
  9. 21. Model-independent searches for anisotropic stochastic gravitational wave background
    Jishnu Suresh (Université catholique de Louvain)
    13/10/2022, 14:30
  10. 12. Neural ratio estimation for precision analysis of GW signals
    Uddipta Bhardwaj (GRAPPA, University of Amsterdam)
    13/10/2022, 14:40
  11. 16. REMOTE: Tests of sub-dominant mode amplitude structure of Binary black hole coalescences
    Chinmay Kalaghatgi
    13/10/2022, 14:50
  12. 20. Unraveling information about supranuclear-dense matter from the complete binary neutron star coalescence using future gravitational-wave detector networks
    Anna Puecher (Nikhef)
    13/10/2022, 15:00
  13. 9. Correcting biases from overlapping signals in the third generation era: parameter estimation methods
    Tomasz Baka
    13/10/2022, 15:10
  14. 15. On the identification of strongly-lensed gravitational waves
    Justin Janquart (Nikhef / Utrecht University)
    13/10/2022, 15:55
  15. 19. Identification of strongly lensed gravitational-wave pairs with deep learning
    Arthur Offermans (KU Leuven)
    13/10/2022, 16:05
  16. 18. Constraining deviations from general relativity using quadruply lensed gravitational waves
    Harsh Narola
    13/10/2022, 16:15
  17. 13. Galaxy catalogs for electromagnetic follow-up and cosmology
    Gergely Dálya (Ghent University)
    13/10/2022, 16:25
  18. 24. The impact of galaxy redshift uncertainty models on the Hubble constant from gravitational waves
    Cezary Turski (Ghent University)
    13/10/2022, 16:35
  19. 23. Detectability of a spatial correlation between stellar mass black hole mergers and Active Galactic Nuclei
    Niccolò Veronesi (Leiden Observatory)
    13/10/2022, 16:45
  20. 30. Wave-optics limit of the stochastic gravitational wave background
    Alice Garoffolo (Leiden University)
    13/10/2022, 16:55
  21. 10. Prospects of testing late-time cosmology with weak lensing of gravitational waves and galaxy surveys
    Anna Balaudo
    13/10/2022, 17:05
  22. 11. Probing the Large Scale Structure of the Universe using Gravitational Waves
    Freija Beirnaert
    13/10/2022, 17:15
  23. 43. Mode mismatch in Advanced Virgo: Commissioning for O4 and future prospects with the phase camera
    Ricardo De Abreu Silvério Cabrita
    14/10/2022, 09:00
  24. 44. Status of frequency dependent squeezing for AdV+
    Yuefan Guo (Nikhef)
    14/10/2022, 09:10
  25. 40. Entanglement Limits in Hybrid Spin-Mechanical GW Detectors
    Souvik AGASTI (University of Hasselt)
    14/10/2022, 09:20
  26. 52. The coatings research lab at Maastricht University
    Viola Spagnuolo (Maastricht University)
    14/10/2022, 09:30
  27. 46. A model for reproducing ice formation in gravitational-wave detectors and studying its impact on thermal noise
    Guido Alex Iandolo (GWFP, Maastricht University (Nikhef))
    14/10/2022, 09:40
  28. 48. Advancements in the Rasnik readout system and applications
    Anoop Nagesh Koushik
    14/10/2022, 09:50
  29. 49. Construction and development of position sensors for seismic attenuators of the ETpathfinder experiment
    Pengbo Li
    14/10/2022, 10:00
  30. 45. OmniSens - Reimagining Seismic Isolation for the Einstein Telescope
    Nathan Holland
    14/10/2022, 10:10
  31. 47. Impact of correlated seismic and correlated Newtonian noise on the Einstein Telescope
    Kamiel Daniel K Janssens
    14/10/2022, 10:20
  32. 4. E-TEST
    Christophe Collette
    14/10/2022, 10:55
  33. 51. E-TEST: A compact low-frequency isolator for large cryogenic mirror
    Mr Ameer Sider (PML - Precision Mechatronics Laboratory, Université de Liège, B-4000 Liège, Belgium)
    14/10/2022, 11:15
  34. 54. Leaf-spring suspension of a ultra-high performance vertical inertial sensor used for active seismic isolation
    Morgane Zeoli (Université Catholique de Louvain-la-Neuve)
    14/10/2022, 11:25
  35. 50. Development and testing of composite vacuum tubes for Einstein Telescope
    Purnalingam Revathi (RWTH Aachen University)
    14/10/2022, 11:35
  36. 42. A first Proof-of-Concept for Gravity-Gradient Noise Mitigation with Spatio-Temporal Neural Networks at the Einstein-Telescope
    David Bertram (RWTH Aachen University)
    14/10/2022, 11:45
  37. 6. LISA Science
    Elena Rossi
    14/10/2022, 12:00
  38. 28. Modelling neutron star matter
    Prasanta Char
    14/10/2022, 13:50
  39. 27. Black hole multipoles in higher-derivative gravity
    Pablo Antonio Cano (KU Leuven)
    14/10/2022, 14:00
  40. 33. Searching higher-derivative extensions to GR in black holes' ringdown
    Simon Maenaut (KU Leuven)
    14/10/2022, 14:10
  41. 25. Nonlinear effects in the black hole ringdown: absorption-induced mode excitation
    Pablo Bosch (GRAPPA - University of Amsterdam)
    14/10/2022, 14:20
  42. 36. Tidally perturbed isolated horizons
    Ariadna Ribes Metidieri (Radboud University)
    14/10/2022, 14:30
  43. 29. The motion of test bodies in curved spacetime and its applications to GWs physics
    Adrien Druart (ULB)
    14/10/2022, 14:40
  44. 32. Relativistic modelling of EMRIs environment
    Ludovico Machet
    14/10/2022, 14:50
  45. 26. Gradient corrections to the one-loop effective action for strong electroweak phase transitions
    Sofia Canevarolo
    14/10/2022, 15:00
  46. 39. Gravitational waves from dark matter production
    Miguel Vanvlasselaer (VUB)
    14/10/2022, 15:10
  47. 37. Finding quiescent black holes in massive binaries
    Hugues Sana (KU Leuven)
    14/10/2022, 15:55
  48. 34. How do binary stars form compact object mergers?
    Pablo Marchant (Institute of Astronomy, KU Leuven)
    14/10/2022, 16:05
  49. 35. Forming merging double compact objects with stable mass transfer
    Annachiara Picco (KU Leuven)
    14/10/2022, 16:25
  50. 22. REMOTE: Gravitational wave spectral synthesis
    Wouter van Zeist (Radboud University)
    14/10/2022, 16:35
  51. 38. REMOTE: SOBBH with LISA: forecasts of background and events detectability in the light of GWTC-3
    Jesus Torrado (Université Libre de Bruxelles)
    14/10/2022, 16:45
  52. 31. POSTER: Binary dynamics from Einstein-Maxwell theory at second post-Newtonian order using effective field theory
    Pawan Gupta
  53. 41. POSTER: High resolution compact vertical inertial sensor for atomic quantum gravimeter hybridizing
    Anthony Amorosi (ULiège)
  54. 55. POSTER: R&D facility for 2µm optical characterization
    Daniela Pascucci (Ghent University)
  55. 53. POSTER: Towards precise absolute quantum gravimeters
    Mayana Teloi (Université libre de Bruxelles)