Abstract
Monday, 5th of September 2016Chair: M. ColpiS. VitaleThe LTP experiment on LISA Pathfinder and its first resultsK. DooleyAdvanced LIGO: news from the dark universeB. SchutzLIGOs Black Holes and Science in the LISA EraP. McNamaraLISA Pathfinder: First steps to observing gravitational waves from spaceM. HewitsonIn-flight Performance of the Optical Metrology System on LISA PathfinderW. WeberPhysical model of the LISA Pathfinder differential acceleration measurement and its application to LISAK. DanzmannThe Status of LISAChair: O. JennrichJ. MartinoOn-flight characterization of Coldgas micro-Newton thrusters for Lisa PathfinderM. NofrariasMagnetic force noise in LISA PathfinderL. FerraioliThe LISA Pathfinder GRS Front-End ElectronicsD. VetrugnoThe Δg workflow: from measured displacements to the differential external acceleration.A. WittchenCoupling of relative intensity noise and pathlength noise to the length measurement in the optical metrology system of LISA PathfinderS. PaczkowskiLaser frequency stabilisation and interferometer path length differences on LISA PathfinderR. GiusteriThe free-fall mode experiment on LISA Pathfinder: first resultsP. WassElectrostatic test-mass force-noise disturbances as measured by LISA PathfinderR. DolesiThe contribution of Brownian noise from viscous gas damping to the differential acceleration noise measured in LISA Pathfinder between two nominally free falling test massesC. TrenkelThe engineering of LISA Pathfinder – the quietest laboratory ever flown in spaceW. KlipsteinLISA-derived Flight Phasemeter on the GRACE Follow-On MissionP. LauferMEMS Ion Thruster Chips to Significantly Enhance Cold Gas Thruster Lifetime for LISAM. TintoEnhanced Gravitational Wave Science with LISA and gLISATuesday, 6th of September 2016Chair: P. McNamaraF. RicciAdvanced VIRGO: State of the ArtC. BelczynskiEvolutionary predictions in the advanced LIGO/Virgo eraA. SesanaThe promise of multi-band gravitational wave astronomyB. SathyaprakashExploring the Universe with third generation interferometersS. SatoThe status of DECIGOG. HeinzelSatellite interferometry from LTP and GRACE Follow-On to LISAP. BinetruyCosmology with LISAChair: S. VitaleA. Giménez CañeteBeyond LISA PathfinderP. HertzNASA Astrophysics Program: Present and FutureF. SafaESA activities towards the Gravitation Waves Space ObservatoryH. WardLPF Interferometry and route to LISAJ. CampDevelopment of a US Laser System for the Gravitational Wave Mission LISAT. SchwarzePerformance of an optical three-signal test for the LISA metrologyM. LaporteStatus of the eLISA on table (LOT) electro-optical simulator for space based gravitational waves observatoriesS. AppleUF Torsion Pendulum and GRS Technology DevelopmentJ. LivaseLISA Telescope In-field Pointing and Scattered Light StudyK. IsleifThe LISA backlink – comparing optical phase reference systemsWednesday, 7th of September 2016Chair: C. SopuertaT. AlexanderEMRIs and the relativistic loss coneR. SchoedelThe stellar cusp around the Milky Way’s central black holeJ. GairImpact of eLISA design on EMRI ScienceM. van de MeentModelling spinning EMRIs with Self-ForceA. GianninasA Progress Report on the Search for the Most Extreme Binary White DwarfsI. ThorpeInitial Results from ST7-Disturbance Reduction System on LISA PathfinderG. JinOngoing development of detection of gravitational waves in space in ChinaThursday, 8th of September 2016Chair: P. BinetruyR. BlandfordThe Future of Black Hole Astrophysics in the LISA-VIRGO-LPF EraC. MooreObserving black hole merger kicks directly with gravitational wavesN. TamaniniLate time cosmology with eLISAI. DvorkinA synthetic model of the gravitational wave background from evolving binary compact objectsA. PetiteauLISA science performance in the context of LISAPathfinder first results and simulation for LISAN. CornishFast, fully precessing frequency domain waveforms for analyzing black hole mergers with LISAA. KleinSupermassive Black Hole Observations with eLISAS. HughesMeasuring EMRIs: A reality checkChair: Ch. CapriniL. MayerMassive black hole mergers and their timescales: connecting galaxy formation with gravitational wave scienceS. BabakEnchilada: analysis of simulated eLISA data setA. RicciardonePrimordial Gravitational Waves and eLISAS. SanidasCan eLISA save the day? Hunting for cosmic strings in the SKA era.G. ServantProbing cosmological phase transitions with eLISAD. WeirAcoustic waves and the detectability of first-order phase transitions by eLISAM. BonettiPost-Newtonian Dynamics of Massive Black Holes TripletsJ. Garcia-BellidoGravitational waves from primordial black holes as dark matterT. RegimbauSearching for the stochastic gravitational-wave background with Advanced LIGO and Advanced VirgoM. PieroniPrimordial GW from universality classes of pseudo-scalar inflationFriday, 9th of September 2016Chair: G. MuellerK. Holley-BockelmannThe Known Unknowns: predicting the landscape of LISA black hole sourcesE. RossiSupermassive black hole seeds: updates on the quasi star modelC. MingarelliThe Gravitational-Wave Universe seen by Pulsar Timing ArraysS. SmarttSearching for the electromagnetic counterparts to gravitational wave sourcesJ. BergéMICROSCOPE: the first few months in orbitO. JennrichThe preparation for L3 – building on LISA Pathfinder
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