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GWDAW-14

25–29 Jan 2010
Physics Department, University of Rome
Europe/Rome timezone

Contribution List

101 / 101
130. Welcome of the Faculty Dean
26/01/2010, 08:45
121. Welcome of the Director of the Department of Physics
26/01/2010, 08:55
122. Welcome of the Director of the INFN Section of Rome
26/01/2010, 09:05
123. Introduction of the E4 Computer Engineering and announcement of the E4 Computer Engineering award
26/01/2010, 09:15
6. Detectors on the Earth
Piero Rapagnani (RM1)
26/01/2010, 09:30
133. Space-borne Gravitational Wave Observatories
Stefano Vitale (Department of Physics, University of Trento, and INFN Gruppo di Trento, Italy)
26/01/2010, 10:40
91. Pulsar timing measurements
David Champion (Max-Plank-Institute für Radioastronomie)
26/01/2010, 11:20
127. 3rd generation GW observatories: Science potentialities and new technologies
Michele Punturo (INFN Perugia)
26/01/2010, 11:55
139. Lunch & Social Events information
Fulvio Ricci (RM1)
26/01/2010, 12:30
Talk
114. Coherent Target Detection in Heavy-Tailed Compound-Gaussian Clutter: Survey and New Results
Fulvio Gini (University of Pisa), Kevin Sangston (Atlanta, GA, USA), Maria Greco (DII, University of Pisa, IT)
26/01/2010, 14:30
80. Back-scattered light noise in Virgo second science run data
Irene Fiori (European Gravitational Observatory)
26/01/2010, 15:00
92. Robust multi-detector statistics for coherently searching for signals from coalescing compact binaries
Shaon Ghosh (Graduate student)
26/01/2010, 15:20
57. Background estimation by time slides in a network of gravitational wave detectors
Michal Was (LAL - Orsay)
26/01/2010, 15:35
52. Deep Underground Environmental Studies for 3rd Generation Gravitational Wave Detectors
Nelson Christensen (Carleton College)
26/01/2010, 15:35
41. High frequency band sensitivity of large gravitational wave interferometers.
Valentin Rudenko (Sternberg Astronomical Institute of MSU, Moscow)
26/01/2010, 15:35
54. Noise Line Searches for LIGO S6
Michael Coughlin (Carleton College)
26/01/2010, 15:35
56. The Used Percentage Veto for LIGO S6 and Virgo VSR2 Gravitational Wave Searches
Tomoki Isogai (Carleton College)
26/01/2010, 15:35
70. Data quality in gravitational wave burst and inspiral searches in the second Virgo science run
Florent Robinet (LAL IN2P3)
26/01/2010, 16:05
53. LIGO S6 Detector Characterization Studies
Nelson Christensen (Carleton College)
26/01/2010, 16:30
65. Direction independent null streams in multiple co-located gravitational wave detectors
Birjoo Vaishnav (CGWA, University of Texas, Brownsville)
26/01/2010, 16:55
71. Classification of Glitch Waveforms in Gravitational Wave detector characterization
Razib Obaid (University of Texas at Brownsville)
26/01/2010, 16:57
79. Application of support vector machines to multivariate gravitational-wave veto analysis
Xiaoge Wang (Tsinghua University)
26/01/2010, 16:59
100. Tools for noise characterization in Virgo
Elena Cuoco (PI)
26/01/2010, 17:01
88. Time Delay Interferometry and Clocknoise Removal
Markus Otto (AEI Hannover)
26/01/2010, 17:03
90. Data Quality studies for low frequency non-stationarity present in LIGO science data
Robert Stone (The University of Texas at Brownsville and Texas Southmost College)
26/01/2010, 17:05
116. A Neural Net for Glitch-Burst Discrimination and Glitch Classification
Innocenzo Pinto (WavesGroup, INFN and LSC), Luigi Troiano (University of Sannio at Benevento), Maria Principe (University of Sannio at Benevento), Salvatore Rampone (University of Sannio at Benevento), Vincenzo Pierro (University of Sannio at Benevento)
26/01/2010, 17:07
115. Impact of Residual non-Gaussianity after Line Removal in Interferometric Data on Detection Performance
Innocenzo Pinto (University of Sannio at Benevento, LSC and INFN), Maurizio Longo (University of Salerno and LSC), Roberto Conte (University of Salerno and LSC), Vincenzo Matta (University of Salerno andLSC)
26/01/2010, 17:09
138. Round table: What evidence would make a convincing case for the first GW detection claim?
Benoit Mours (LAPP - Annecy, France), Ettore Fiorini (MI), Francis Halzen (University of Wisconsin Madison), James Cordes (Univ. of Cornell, Ithaca, NY, USA), Neil Gehrels (NASA-GSFC), Nobuyuki Kanda (Department of Physics, Osaka City University)
26/01/2010, 17:15
85. Long Gamma Ray Burst Observations
Luigi Piro (INAF - IAS)
27/01/2010, 09:00
98. Results and Challenges in Astrophysically Triggered Gravitational Wave Searches
Szabolcs Marka (Columbia University)
27/01/2010, 09:35
73. LIGO-Virgo Triggered Follow-up with NASA High Energy Photon Survey Missions
Jordan Camp (NASA)
27/01/2010, 10:05
78. Proposed Multi-messenger observation plan for Sco X-1 with RXTE and gravitational wave detectors
Kazuhiro Hayama (National Astronomical Observatory of Japan)
27/01/2010, 10:25
86. Search for Gravitational Waves from Soft Gamma Repeaters
Zsuzsa Marka (Columbia University)
27/01/2010, 10:27
99. Selecting Candidate GW Detections for EM Follow-up Observations
Laura Nuttall (Cardiff University)
27/01/2010, 10:29
104. Probing the physics of neutron stars with gravitational waves
Valeria Ferrari (RM1)
27/01/2010, 10:55
77. Testing scalar-tensor theory from observations of gravitational wave bursts with a network of interferometric detectors
Kazuhiro Hayama (National Astronomical Observatory of Japan)
27/01/2010, 11:30
82. Estimation of the False Alarm Rate for coherent searches of gravitational waves.
Giovanni Andrea Prodi (Univ. of Trento and INFN)
27/01/2010, 11:50
81. From the detection to the measurement of transient gravitational wave characteristics
Gabriele Vedovato (INFN Padova)
27/01/2010, 12:10
72. Matching Pursuit algorithm – an outline of possible usage for gravitational waves’ data analysis
Adam Zadrozny (The Andrzej Soltan Institute for Nuclear Studies (IPJ))
27/01/2010, 12:30
49. A chirplet pipeline for the detection of gravitational wave bursts
Philip Charlton (Charles Sturt University)
27/01/2010, 12:50
58. Accretion Induced Collapse of WDs as a potential GW source for LIGO
John Cannizzo (UMBC/CRESST/GSFC)
27/01/2010, 12:52
75. Model selection using Bayesian evidence for LISA gravitational wave burst signals
Philip Graff (University of Cambridge)
27/01/2010, 12:54
96. Detection of GW bursts with chirplet-like template families
Eric Chassande-Mottin (CNRS AstroParticule et Cosmologie), Miriam Miele (AstroParticule et Cosmologie)
27/01/2010, 12:56
117. One More Technique for Burst Source Position Identification: X-Wigner Spectra
Fabio Postiglione (DIIIE, University of Salerno, INFN and LSC), Innocenzo Pinto (WavesGroup, University of Sannio, IT, INFN and LSC), Maria Principe (WavesGroup, University of Sannio, IT, INFN and LSC), Rocco Croce (WavesGroup, University of Sannio, IT), Vincenzo Pierro (WavesGroup, University of Sannio, IT, INFN and LSC)
27/01/2010, 12:58
131. Toward the Computation of Gravitational Wave Signatures in Three-Dimensional Multi-Physics Simulations of Core Collapse Supernovae
Anthony Mezzacappa (Oak Ridge National Laboratory, Oak Ridge, TN USA)
27/01/2010, 14:30
87. All-sky search for gravitational-wave bursts in the first joint LIGO-GEO-Virgo run
Sergey Klimenko (University of Florida)
27/01/2010, 15:00
112. Real-time Astronomy with LIGO and Virgo: Status and Prospects
Erik Katsavounidis (for the LIGO and Virgo Collaborations) (Massachusetts Institute of Technology)
27/01/2010, 15:30
83. Directional searches for transient gravitational waves using a coherent analysis on a selectable sky region
Francesco Salemi (AEI Hannover)
27/01/2010, 15:45
89. IceCube: Multiwavelenght Astronomy with Neutrinos
Francis Halzen (University of Wisconsin Madison)
27/01/2010, 16:30
135. The ANTARES Neutrino Telescope and Multi-Messenger Astronomy
Thierry Pradier (IReS & Université Louis-Pasteur)
27/01/2010, 17:05
111. Joint searches of gravitational waves and high-energy neutrinos
Eric Chassande-Mottin (CNRS AstroParticule et Cosmologie)
27/01/2010, 17:40
42. Searching for Intermediate-Duration Gravitational-Wave Transients
Eric Thrane (University of Minnesota)
27/01/2010, 18:00
3. Parameter estimation on gravitational waves from multiple coalescing binaries
Ilya Mandel (Northwestern University)
27/01/2010, 18:02
120. Compact binary waveform recovery from the cross-correlated data of two detectors by matched filtering with spinning templates
László Á Gergely (University of Szeged)
27/01/2010, 18:04
67. Physical Templates in the Search for Gravitational Waves from Spinning Compact-Object Binaries with LIGO
Diego Fazi (Northwestern University)
27/01/2010, 18:06
68. Gravitational waves from highly eccentric binary black hole encounters: first steps toward detection
Birjoo Vaishnav (CGWA, University of Teas at Brownsville)
27/01/2010, 18:08
69. Systematic errors in the construction of hybrid waveforms for binary black holes
Frank Ohme (Albert Einstein Institute)
27/01/2010, 18:10
74. Test on simulated data of cuInspiral, the GPU high arithmetic intensity prototype library for coalescing binaries detection.
Leone Battista Bosi (PG)
27/01/2010, 18:12
84. Wet and dry mergers of binary black holes in the gravitational wave spectrum
Birjoo Vaishnav (Center for Gravitational Wave Astronomy, University fo Texas, Brownsville, TX, USA.)
27/01/2010, 18:14
64. The Impact of Mergers on Parameter Accuracy with LISA
Sean McWilliams (NASA GSFC)
27/01/2010, 18:16
101. Hybrid spin Taylor waveforms with ring-down attached
Riccardo Sturani (Università di Urbino - INFN Firenze)
27/01/2010, 18:18
59. Measuring the black hole mass function using LISA capture sources
Jonathan Gair (University of Cambridge)
27/01/2010, 18:20
108. An improved method for estimating the efficiency of detectors
Craig Robinson (Cardiff University)
27/01/2010, 18:22
97. Measuring the precession during the inspiral of spinning Massive Black Hole binaries with LISA
Antoine PETITEAU (Albert Einstein Institute - Potsdam)
27/01/2010, 18:24
119. Supermassive black hole spin-flip during the inspiral
László Á Gergely (University of Szeged)
27/01/2010, 18:26
46. Mapping the Galaxy with LISA
Jose Mckinnon (University of Texas at Brownsville)
27/01/2010, 18:28
129. Model selection with Markov-Chain Monte-Carlo results applied to Gravitational Waves
Vivien Raymond (Dearborn Observatory, Northwestern University, Evanston, IL, USA)
27/01/2010, 18:30
2. Short Gamma-Ray Bursts and Related Science
Shiho Kobayashi (Liverpool John Moores University)
28/01/2010, 08:45
47. What Are We Learning On Coalescing Binaries From Gamma Ray Bursts
L. Juracy Rangel-Lemos (ICRA & Dip. di Fisica, Universita' di Roma "Sapienza")
28/01/2010, 09:20
102. Search for gravitational waves associated with short gamma-ray bursts in LIGO's fifth and Virgo's first science run
Alexander Dietz (LAPP Annecy-le-vieux)
28/01/2010, 09:35
76. Very Low Latency Search for Low Mass Compact Binary Coalescences in the LIGO S6 and Virgo VSR2 Data
Damir Buskulic (Université de Savoie / LAPP / IN2P3)
28/01/2010, 09:50
94. Efficiently Enclosing the Signal Manifold: SVD Approximations of Compact Binary Coalesence Gravitational-Wave Signals
Drew Keppel (LIGO Lab and Theoretical Astrophysics, California Institute of Techonology)
28/01/2010, 10:05
136. Status of the search for untriggered gravitational wave signals from compact binary coalescences in LIGO and Virgo data during S5/VSR1
For the LSC and Virgo (many), Ian Harry (Cardiff University)
28/01/2010, 10:40
107. Overview of the search for gravitational wave signals from compact binary coalescences in LIGO and Virgo data during S6/VSR2
Andrew (for LSC collaboration and Virgo collaboration) Lundgren (Syracuse University)
28/01/2010, 10:55
118. General Relativistic Simulations of Compact Binaries
Bruno Giacomazzo (University of Maryland, USA)
28/01/2010, 11:15
105. The interface between numerical relativity and gravitational wave data analysis
Krishnan Badri (Albert Einstein Institute)
28/01/2010, 11:45
63. The Mock LISA Data Challenges: Challenge 4
Edward Porter (APC Laboratory)
28/01/2010, 12:10
66. Measuring Massive Black Hole Binaries with LISA
Ryan Lang (NASA Goddard Space Flight Center)
28/01/2010, 12:40
27. Radio Pulsar observations
James Cordes (Univ. of Cornell, Ithaca, NY, USA)
28/01/2010, 14:30
48. Continuous gravitational waves from neutron stars
Benjamin Owen (The Pennsylvania State University)
28/01/2010, 15:10
93. A method for detection of known sources of continuous gravitational wave signals in non-stationary data.
Pia Astone (RM1)
28/01/2010, 15:40
113. Sequential Tests: a Tool for GW Detection
Vincenzo Matta (University of Salerno)
28/01/2010, 16:25
43. Search for gravitational waves from known pulsars using the F and G statistics
Andrzej Krolak (Institute of Mathematics, Polish academy of Sciences)
28/01/2010, 16:55
44. Discrete Resampling for Doppler and Spin Down correction in CW semitargeted searches
Stefano Braccini (INFN - Pisa)
28/01/2010, 17:25
51. Optimizing sensitivity of searches for continuous gravitational waves at fixed computing cost
Miroslav Shaltev (AEI - Hannover)
28/01/2010, 17:40
1. Detecting signatures of the cosmic thermal history through pulsar observations
Massimiliano Lattanzi (ICRA & Dip. di Fisica, Universita' di Roma "Sapienza")
28/01/2010, 17:55
45. A directed search for continuous gravitational waves from unknown isolated neutron stars
Berit Behnke (Albert Einstein Institut)
28/01/2010, 18:10
50. Coherent metric for continuous gravitational waves from isolated systems
Reinhard Prix (Albert-Einstein-Institut Hannover)
28/01/2010, 18:12
55. A Bayesian strategy for the generation of pulsar time-of-arrival measurements
Chris Messenger (AEI Hannover)
28/01/2010, 18:14
60. Parameter-space metric of semicoherent searches for continuous gravitational waves
Holger Pletsch (Albert-Einstein-Institut Hannover)
28/01/2010, 18:16
61. Search for continuous gravitational waves from PSR J2144-3933 using a magnetically-levitated torsion antenna
Koji Ishidoshiro (Department of Physics, Graduate School of Science, University of Tokyo)
28/01/2010, 18:18
62. An all-sky search for continuous gravitational waves from neutron stars in binary systems using the TwoSpect algorithm
Evan Goetz (University of Michigan)
28/01/2010, 18:20
110. Polynomial search for continuous gravitational waves from neutron stars in binary systems
henk J. bulten (Vrije Universiteit Amsterdam/Nikhef)
28/01/2010, 18:22
126. Cosmological stochastic backgrounds
Michele Maggiore (University of Geneva, Switzerland)
29/01/2010, 09:00
134. CMB and B-modes : Planck and future perspectives
Paolo De Bernardis (INFN Roma, Italy)
29/01/2010, 09:35
128. Measuring the Stochastic Gravitational-Wave Background with LIGO-Virgo
Eric Thrane (University of Minnesota)
29/01/2010, 10:10
103. Stochastic backgrounds of gravitational waves from extragalactic sources
Raffaella Schneider (INAF/Osservatorio Astrofisico di Arcetri)
29/01/2010, 11:10
106. Parameter estimation of massive black hole binaries with pulsar timing arrays.
Alberto Sesana (Albert Einstein Institute, Golm)
29/01/2010, 11:40
37. Cosmology with 300,000 Standard Sirens
Curt Cutler (Jet Propulsion Lab)
29/01/2010, 12:00
40. Perspectives of GW data analysis
29/01/2010, 12:30
109. How 'ideal' is current LIGO-Virgo data?
Craig Robinson (Cardiff University)
Talk
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