Virgo TDS
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- Acceleration sensing at the nano-g level; Development and characterisation of low-noise microseismometers for next generation gravitational wave detectors (VIR-0200A-21)
- Analysis of sensitivity and noise sources for the Virgo gravitational wave interferometer (Ph.D. Thesis 2008) (VIR-0327A-10)
- Characterisation and Mitigation of Non-stationary Noise in Advanced Gravitational Wave Detectors (PhD Thesis, University of Pisa, 2020) (VIR-0586A-20)
- Characterisation of quasi-stationary noise and instrumental couplings in the Advanced Virgo Detector (Master Thesis, University of Trento 2018) (VIR-0131A-19)
- Characteristization of a Fiber Interferometric Readout for a Monolithic Accelerometer (2015) (VIR-0680A-17)
- Control of the gravitational wave interferometric detector Advanced Virgo (PhD thesis) (VIR-0878A-17)
- Development of a New Lock Acquisition Strategy for the Arm Cavities of Advanced Virgo (PhD Thesis, Università di Genova, 2016) (VIR-0127A-19)
- Developpement et caractérisation d'un analyseur de spectre optique haute résolution - Rapport de stage (VIR-0692A-17)
- Dynamics of Extreme-Mass-Ratio binaries - Extraction of gravitational waves beyond Last Stable Orbit and introduction of spin in the particle limit, PhD Thesis, VU University Amsterdam (2016) (VIR-0119A-19)
- Extracting Physics from Gravitational Waves - Testing the Strong-field Dynamics of General Relativity and Inferring the Large-scale Structure of the Universe, PhD Thesis, VU University Amsterdam (2013) (VIR-0117A-19)
- For whom the black hole tolls: from ringdown to tests of general relativity, Master Thesis, University of Pisa (2017) (VIR-0121A-19)
- High Power fibered optical components for Gravitational Waves detectors (PhD Thesis, University of Pisa, 2018) (VIR-0154A-19)
- Joint search for gravitational wave and cosmic high-energy neutrino with Virgo, LIGO and ANTARES detectors (VIR-0073A-13)
- Low Frequency Optimization and Performance of Advanced Virgo Seismic Isolation System (VIR-0379A-18)
- Low Thermal Noise Coating for New Generation Gravitational-Wave Detectors (VIR-0148A-20)
- Low-frequency sensitivity of next generation gravitational wave detectors, PhD Thesis, VU University Amsterdam (2013) (VIR-0115A-19)
- L’attenuazione del rumore sismico nel rivelatore di onde gravitazionali VIRGO (VIR-0020A-21)
- Modeling and Simulation of Seismic Attenuation Systems for Gravitational Wave Interferometers (PhD Thesis, University of Pisa, 2010) (VIR-0132A-19)
- Modélisation et stabilisation de système laser fibré de forte puissance pour l’interférométrie (VIR-0561A-11)
- Optical and noise studies for Advanced Virgo and filter cavities for quantum noise reduction in gravitational-wave interferometric detectors. (PhD thesis) (VIR-0357A-18)
- Performance Improvement of the Inertial Sensors of Advanced Virgo Seismic Isolators with Digital Techniques (MS Thesis, University of Pisa, 2014) (VIR-0150A-19)
- Ph.D. thesis: Turn up the bass! Low-frequency performance improvement of seismic attenuation systems and vibration sensors for next generation gravitational wave detectors (VIR-0120B-18)
- Recherche conjointe d'ondes gravitationnelles et de neutrinos cosmiques de haute énergie avec les détecteurs VIRGO-LIGO et ANTARES (VIR-0144A-13)
- Resampling method for semi-targeted continuous gravitational wave search in Virgo interferometer (VIR-0013A-10)
- Searching for gravitational waves associated with gamma-ray bursts in 2009-2010 LIGO-Virgo data (VIR-0347A-11)
- Searching for long transient gravitational waves in the LIGO-Virgo data (VIR-0346B-14)
- Seismic and Newtonian noise modeling at Advanced Virgo and Einstein Telescope (VIR-0175A-21)
- Seismic attenuation for Advanced Virgo, Vibration isolation for the external injection bench, PhD Thesis, VU University Amsterdam (2015) (VIR-0116A-19)
- Software of Advanced Virgo Suspension Control System (PhD Thesis, University of Pisa, 2018) (VIR-0151A-19)
- Substantiating the void - Strong-field tests of general relativity with the first direct detection of gravitational waves and Fast likelihood evaluations for future tests, PhD Thesis, VU University Amsterdam (2018) (VIR-0120A-19)
- Système laser de haute-puissance pour le projet Advanced Virgo : les amplificateurs à fibre combinés de façon cohérente / High-power laser system for Advanced Virgo gravitational wave detector : coherently combined master oscillator fiber power amplifiers (VIR-0124A-19)
- The Geodesic Deviation Method and Extreme Mass-Ratio Systems, PhD Thesis VU University Amsterdam (2011) (VIR-0110A-19)
- The Phase Cameras of Advanced Virgo (VIR-0489A-20)
- The Swan Song of a Neutron Star Binary - Fundamental physics and astrophysics with gravitational waves from compact binary coalescence, PhD Thesis, VU University Amsterdam (2016) (VIR-0118A-19)
- The global control of the central part of the Virgo gravitational-wave detector. Search for bursts: application to coincidences between interferometric detectors. (PhD Thesis, University of Paris XI Orsay, 2002, in French) (VIR-0173A-19)
- Theia: a Novel 3D Gaussian Beam Tracer - traineeship report (VIR-0693A-17)
- Thermal lensing in Virgo and Polynomial Search: an all-sky search for gravitational waves from spinning neutron stars in binary systems, PhD Thesis VU University Amsterdam (2011) (VIR-0109A-19)
- Tiltmetri per il Sistema di Controllo dei SuperAttenuatori di Virgo (MS Thesis, University of Pisa, 2012) (VIR-0155A-19)
- Toward a fully automated and digitally controlled squeezing vacuum source for gravitational wave detectors (VIR-0143A-19)
Presentation requests
- Invitations received by members of the Collaboration, to present Virgo or parts of it, must be forwarded to the VEB. In order to ensure a fair distribution of talks to individuals and institutions, the VEB will select a speaker from the Collaboration, trying to keep a good balance between respecting the wishes of conference organizers and the requirement of a fair share of presentations among Collaboration members and the need to promote young colleagues.
- Full Virgo Collaboration Publication and Presentation Rules are available here.