Introduction Methodology Results

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Date: 2014-07-28 09:04:13 Matter Neutron star Gravitational wave Pulsar Gamma-ray burst LIGO Compact star Binary star Black hole Star types Astronomy Physics		Introduction Methodology Results Add to Reading List Source URL: www.lrz.de Download Document from Source Website File Size: 2,80 MB Share Document on Facebook

	Straight to the source: the LIGO-Virgo global network of interferometers opens a new era for gravitational wave science The Virgo collaboration and the LIGO Scientific Collaboration report the threedetector observation o DocID: 1uT3V - View Document
	Why Gravitational Wave Science Needs Pulsar Timing Arrays And Why Pulsar Timing Arrays Need Both Arecibo and the GBT: A Response to the NSF-AST Portfolio Review from the NANOGrav Collaboration1 Gravitational waves (GWs) DocID: 1uPBQ - View Document
	GraWIToN is an Initial Training Network (ITN), funded by the European Commission in FP7, focused on the training of Early Stage Researchers in the gravitational wave (GW) research field. The 1st GraWIToN School EGO, 20 A DocID: 1uJAk - View Document
	Center for Future High Energy Physics ⾼能物理前沿研究中⼼ Not quite a Blackhole: from quadratic gravity to gravitational wave echoes Seminar Talk (Jan 12th, 2018, 15:00, Room 319, Library Building) Jing Ren DocID: 1ulMv - View Document
	arXiv:physicsv1 22 AugNovel Gravity Probe B Gravitational Wave Detection Reginald T. Cahill School of Chemistry, Physics and Earth Sciences DocID: 1u10l - View Document