Sunday March 22nd |
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Morning Session: Tests of GR and alternative theories (CPT and Lorentz violation, modified gravity,...) Chairperson: P. Wolf (SYRTE - Observatoire de Paris) |
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08:40 09:10 |
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What Do We Know About Lorentz Invariance?
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09:10 09:30 |
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Lorentz violation in gravity
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09:30 09:50 |
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South Pole Lorentz Invariance Test
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09:50 10:10 |
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Aspects of massive gravity
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10:30 10:50 |
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Black holes in massive gravity
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10:50 11:10 |
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Consistent massive graviton on arbitrary background
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11:10 11:30 |
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Pressuron's Phenomenology
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11:30 11:50 |
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Gravity at a Preferred Scale
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11:50 12:20 |
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Precise tests of general relativity and alternative theories of gravity with binary pulsars
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Afternoon Session: Astrophysical and cosmological sources of Gravitational Waves Chairperson: L. Blanchet (IAP, Paris) |
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16:30 17:00 |
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Sagittarius A*
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17:00 17:30 |
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NS, Magnetar, GRB astrophysics with GWs
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17:30 17:50 |
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High-order comparisons between post-Newtonian and perturbative self forces
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17:50 18:10 |
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Comparison between numerical and post-Newtonian waveforms
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18:30 18:50 |
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Post-Newtonian higher-order spin effects in inspiraling compact binaries
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18:50 19:10 |
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Theoretical Predictions for Mergers of NS-NS, BH-NS and BH-BH Binaries
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19:10 19:30 |
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Gravitational waves from core collapse supernovae
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19:30 19:50 |
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Constraining the distance to inspiralling binaries with Einstein Telescope.
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19:50 20:10 |
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Steady state relativistic stellar dynamics around a massive black hole
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20:10 20:30 |
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Gravitational Radiation from Magnetorotational Supernovae.
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Monday March 23rd |
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Morning Session: Clocks, lasers and fundamental constants Chairperson: Michael Tobar (The University of Western Australia) |
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08:30 09:00 |
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Clock tests of space-time variation of fundamental constants
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09:00 09:30 |
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The ACES Mission: Testing Fundamental Physics with Clocks in Space
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09:30 10:00 |
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Optical clocks: Recent developments and outlook
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10:30 10:50 |
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The UVES Large Program for Testing Fundamental Physics: Latest Results and Constraints on Dark Energy
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10:50 11:10 |
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Optimization of ESPRESSO Fundamental Physics Tests
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11:10 11:30 |
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ACES MWL data analysis preparation status
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11:30 12:00 |
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Gravity Resonance Spectroscopy Constrains Dark Energy and Dark Matter Scenarios
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Afternoon Session: Tests of GR and alternative theories (CPT and Lorentz violation, modified gravity,...) Chairperson: Quentin Bailey (Embry-Riddle Aeronautical University) |
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16:30 16:50 |
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Gravitational Behaviour of Antihydrogen at Rest (GBAR): goals and status
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16:50 17:10 |
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AEgIS: goals and status
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17:10 17:30 |
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Phenomenology of MOND
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17:30 18:00 |
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Dark Matter Superfluidity
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18:20 18:50 |
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Phenomenology of dark matter via a bimetric extension of general relativity
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18:50 19:10 |
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Nonlinear Cosmological Probes of Screening Mechanism in Modified Gravity
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19:10 19:40 |
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A unifying description of dark energy and modified gravity
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19:40 20:00 |
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Standard Electroweak Interactions in Gravitational Theory with Chameleon Field and Torsion
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20:00 20:20 |
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GINGER, a terrestrial experiment to verify the Lense-Thirring effect or possible deviations from General Relativity
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Tuesday March 24th |
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Morning Session: Astrometry, solar system ephemerides, space geodesy, Earth gravity and navigation Chairperson: Marie-Christine Angonin (Observatoire de Paris) |
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08:30 09:00 |
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GAIA: astrometry and gravitation
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09:00 09:30 |
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INPOP planetary ephemerides: Recent results in testing gravity
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09:30 10:00 |
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An Autonomous Relativistic Positioning System
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10:30 11:00 |
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Atomic clocks on the ground and in space: towards chronometric geodesy and new tests of the gravitational redshift
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11:00 11:30 |
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Past, present and future satellite gravity missions or ~50 years of satellite gravitation
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Afternoon Session: Tests of the equivalence principle Chairperson: Ernst Rasel (IfQO, Leibnitz Universität Hannover) |
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16:30 17:00 |
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MICROSCOPE: an Equivalence Principle test in space on the way to launch
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17:00 17:20 |
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STE-QUEST M4
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17:20 17:50 |
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Spin dependent EP tests
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17:50 18:10 |
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MAQRO - testing quantum physics in space using high-mass matter-wave interferometry
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18:40 19:00 |
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Precision oscillator technology with application to testing fundamental physics, detecting high frequency gravitational waves, and quantum measurement.
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19:00 19:20 |
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A breaking of the equivalence principle in the electromagnetic sector and its cosmological signatures
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19:20 19:40 |
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Dynamics, Relativity and the Equivalence Principle in the "once-given" Universe: Experimental Results and New Predictions
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19:40 20:00 |
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Weak equivalence principle, Lorentz noninvariance, and nuclear decays
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Wednesday March 25th |
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Morning Session: Search for gravitational wave events (transient, continuous and stochastic background) Chairperson: Michele Maggiore (Université de Genève) |
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08:30 09:00 |
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Gravitational Waves searches (except multimessenger) done with LIGO/Virgo
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09:00 09:30 |
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Multi-messenger searches (past searches and future program)
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09:30 10:00 |
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What advanced detectors will be able to do
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10:30 10:50 |
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High-energy electromagnetic offline follow-up of LIGO-Virgo gravitational-wave binary coalescence candidate events
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10:50 11:10 |
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Joint search for gravitational waves and high energy neutrinos with the VIRGO-LIGO and ANTARES detectors.
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11:10 11:30 |
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Status of the Multi-Band Template Analysis
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11:30 11:50 |
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Computational challenges of modern gravitational wave research.
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Afternoon Session (1): Short range gravity and Casimir effect: classical, atom and neutron tests Chairperson: Hartmut Abele (Technische Universität, Vienna) |
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16:30 17:00 |
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Neutrons and gravity
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17:00 17:30 |
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Casimir effect and quantum reflection
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17:30 18:00 |
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Atom interferometry test of short range gravity: recent progress
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18:00 18:20 |
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The Archimedes Experiment
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Afternoon Session (2): Common Session with the QCD Conference Chairperson: Jacques Dumarchez (LPNHE, Paris) |
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18:50 19:40 |
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Rencontres de Moriond and the 5th force
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19:40 20:30 |
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Dark Matter Searches at the LHC
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Thursday March 26th |
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Morning Session: Status of present and advanced gravitational waves detectors Chairperson: Chris Van Den Broeck (NIKHEF, Amsterdam) |
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08:30 09:00 |
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Status of the Advanced LIGO Gravitational-Wave Detector
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09:00 09:30 |
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Advanced Virgo status
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09:30 10:00 |
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Large-scale Cryogenic Gravitational wave Telescope: KAGRA
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10:20 10:50 |
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Third Generation, Ground-Based, Gravitational-Wave Detectors
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10:50 11:10 |
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Sensitivity improvement of a laser interferometer limited by inelastic back-scattering, employing dual readout
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11:10 11:30 |
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Calva facility for GW detectors
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11:30 11:50 |
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Thermally Deformable Mirrors: a new Adaptive Optics scheme for Advanced Gravitational Wave Interferometers
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11:50 12:10 |
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Next generation nonclassical light sources for gravitational wave detectors
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12:10 12:30 |
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Advanced LIGO Input optics
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Afternoon Session: Long range gravity, dark matter, dark energy Chairperson: Jacques Dumarchez (LPNHE, Paris) |
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16:30 16:50 |
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Imperfect Dark Matter
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16:50 17:10 |
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Constraints on a Sterile Neutrino Dark Matter Candidate Mass by the Fermi Gamma-Ray Burst Monitor
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17:10 17:30 |
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Dark Matter: Connecting LHC searches to direct detection
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17:30 18:00 |
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Investigating Dark Energy and Gravitation at cosmological scales with EUCLID
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18:20 18:40 |
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Atom interferometry limits on chameleon dark energy
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18:40 19:00 |
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Accelerating cosmological expansion from shear viscosity
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19:00 19:20 |
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Wiggly Cosmic String Evolution
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19:20 19:40 |
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String point of view on gravity and cosmology
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19:40 20:00 |
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Disformal vectors and anisotropies on a warped brane
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20:00 20:20 |
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Groups of Coordinate Transformations Between Accelerated Frames Based on the Equivalence Principle
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Friday March 27th |
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Morning Session (1): Space borne detectors Chairperson: Luigi Cacciapuoti (ESA-ESTEC, Noordwijk) |
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08:30 09:00 |
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Lisa PathFinder status
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09:00 09:30 |
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Exploring the millihertz gravitational wave universe with eLISA
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09:30 09:50 |
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Measurement of the Gravitational Redshift Effect with the RadioAstron satellite
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09:50 10:10 |
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eLISA Optical Sensing Developments
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10:40 11:00 |
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Quantum Sensors in Space - Design Challenges for Spacecraft and Instruments
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Morning Session (2): Strong field tests of General Relativity (Pulsars, Black holes,...) Chairperson: Luigi Cacciapuoti (ESA-ESTEC, Noordwijk) |
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11:20 11:40 |
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Gravitational self-force correction to the innermost stable circular orbit of a Kerr black hole
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11:40 12:00 |
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A new view on differentially rotating neutron stars in general relativity
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12:00 12:20 |
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Probing deformed commutators with macroscopic harmonic oscillators
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Afternoon Session (1): Fundamental physics with gravitational waves Chairperson: Guglielmo Tino ((INFN, Firenze) |
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16:30 17:00 |
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Planck results on mode-B polarization: impact on primordial cosmology
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17:00 17:20 |
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COrE+ search for primordial gravitational waves
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Afternoon Session (2): Quantum sensors for gravitational waves and fundamental physics Chairperson: Guglielmo Tino ((INFN, Firenze) |
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17:20 17:50 |
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ATLAS - Quantum Test of Einstein's Equivalence Principle
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18:20 18:50 |
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The matter-wave laser interferometer gravitation antenna (MIGA) |
18:50 19:20 |
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Universal matter-wave interferometry from microscopic to macroscopic
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19:20 19:40 |
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Fundamental limitations to tests of the universality of free fall by dropping atoms
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Saturday March 28th |
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Closing Session: Summary talk Chairperson: Jacques Dumarchez (LPNHE, Paris) |
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09:00 10:30 |
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Highlights of the Conference
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Posters |
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Gravitational wave recoils in the collision of black holes
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Dark energy search using atom interferometry in an optical cavity
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Multimessengers from 3D Core-Collapse Supernovae
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mSTAR: Testing Lorentz Invariance in Space Using High Performance Optical Frequency References
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Gravity gradiometer using large momentum beam splitter
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Snapshots of a Quantum Bouncing Ball realized with the qBounce gravity spectrometer
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Towards a high geopotential model using clock-based geodesy
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Ensemble of galactic rotating neutron stars as a source of gravitational background for Virgo, Ligo and ET detectors
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qBOUNCE: Frequency's view on Newton's Law
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Study of a new generation spatio-temporal reference system based on inter-satellite links
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Bayesian model averaging, model comparison and web-based physics tools
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Isolated white dwarfs as promising sources of Gravitational Wave Radiation
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Inflation and Late Universe Tests for Λ(H) Cosmologies
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Atom interferometry with ultra-cold strontium
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Review of Grischuk and Sachin Gravitational Wave Generator via Tokamak Physics and its similarity to early universe GW from Braneworld Models
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Pure field densities of gravitational charges without singularities
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