RT @PhysRevX: By 2016 Advanced LIGO had observed three binary black hole merger events using sensitive interferometers located in Washingto…
Binary Black Hole Mergers in the First Advanced LIGO Observing Run https://t.co/la2V2lz0aL
RT @PhysRevX: By 2016 Advanced LIGO had observed three binary black hole merger events using sensitive interferometers located in Washingto…
RT @PhysRevX: By 2016 Advanced LIGO had observed three binary black hole merger events using sensitive interferometers located in Washingto…
By 2016 Advanced LIGO had observed three binary black hole merger events using sensitive interferometers located in Washington state and Louisiana. Read again https://t.co/py0zaxFYPc #PRXtbt #PRXastro #openaccess https://t.co/JZEhDWAGyv
The 2016 LIGO/Virgo gravitational waves (https://t.co/GwUq9ghZ7V) originated in the spectacular merger of two black holes.
@warrickball @emilydoesastro I am in this tweet, too, and I definitely like it: https://t.co/qEEbQRguUj (We fit a power law mass function to the first three LIGO detections.) https://t.co/7Dmjzngaq0
@mpoessel In analysing gravitational waves we're interested in the frequency composition of the signal. It's easy to look at properties of our detector noise and models for the signal this way. Hence we Fourier Transform our measured time series of data 📉
RT @cplberry: 9 (853) O1 Binary Black Hole Paper https://t.co/ujoVB6KWT8 [−2] 10* (825) Observing Scenarios https://t.co/K3CwPkHSGk [−2] 🏆…
9 (682) GW150914 Testing General Relativity https://t.co/W8jqVkJBTn [+1] 10 (670) O1 Binary Black Hole Paper https://t.co/ujoVB6KWT8 [−1] 🏆 The paper most frequently cited in 2019 is the GW170817 Discovery (1300), not-so-closely followed by the GW150914 D
9 (853) O1 Binary Black Hole Paper https://t.co/ujoVB6KWT8 [−2] 10* (825) Observing Scenarios https://t.co/K3CwPkHSGk [−2] 🏆 The paper most frequently cited in 2019 is the GW170817 Discovery (1286), closely followed by the GW150914 Discovery (1202)
9 (513) O1 Binary Black Hole Paper https://t.co/ujoVB6KWT8 [−3] 10 (481) GW150914 Testing General Relativity https://t.co/W8jqVkJBTn [−3] The paper most frequently cited in 2018 is the GW170817 Discovery (1242), followed by the GW150914 Discovery (1202)
5 (720) The Advanced @LIGO Paper https://t.co/1Urs7wmo1U [−2] 6 (699) GW170814 Discovery https://t.co/C6hW7rNp7G [New to top 10] 7 (658) O1 Binary Black Hole Paper https://t.co/ujoVB6KWT8 [−1] 8* (618) Observing Scenarios https://t.co/K3CwPkHSGk [−5]
Binary Black Hole Mergers in the first Advanced LIGO Observing Run. (arXiv:1606.04856v4 [gr-qc] UPDATED) https://t.co/RaKQ1pbssj
RT @cplberry: Details of the analysis are given in the O1 Binary Black Hole paper https://t.co/ujoVB6KWT8 published by @PhysRevX #Gravitati…
RT @LIGO: These analyses of #GW150914, #LVT151012 & #GW151226 are described in our O1 Binary Black Hole Paper https://t.co/wMGdIPtxlH For…
RT @LIGO: These analyses of #GW150914, #LVT151012 & #GW151226 are described in our O1 Binary Black Hole Paper https://t.co/wMGdIPtxlH For…
RT @LIGO: These analyses of #GW150914, #LVT151012 & #GW151226 are described in our O1 Binary Black Hole Paper https://t.co/wMGdIPtxlH For…
RT @LIGO: These analyses of #GW150914, #LVT151012 & #GW151226 are described in our O1 Binary Black Hole Paper https://t.co/wMGdIPtxlH For…
RT @LIGO: These analyses of #GW150914, #LVT151012 & #GW151226 are described in our O1 Binary Black Hole Paper https://t.co/wMGdIPtxlH For…
RT @LIGO: These analyses of #GW150914, #LVT151012 & #GW151226 are described in our O1 Binary Black Hole Paper https://t.co/wMGdIPtxlH For…
RT @LIGO: These analyses of #GW150914, #LVT151012 & #GW151226 are described in our O1 Binary Black Hole Paper https://t.co/wMGdIPtxlH For…
RT @LIGO: These analyses of #GW150914, #LVT151012 & #GW151226 are described in our O1 Binary Black Hole Paper https://t.co/wMGdIPtxlH For…
RT @LIGO: These analyses of #GW150914, #LVT151012 & #GW151226 are described in our O1 Binary Black Hole Paper https://t.co/wMGdIPtxlH For…
RT @LIGO: These analyses of #GW150914, #LVT151012 & #GW151226 are described in our O1 Binary Black Hole Paper https://t.co/wMGdIPtxlH For…
RT @LIGO: These analyses of #GW150914, #LVT151012 & #GW151226 are described in our O1 Binary Black Hole Paper https://t.co/wMGdIPtxlH For…
These analyses of #GW150914, #LVT151012 & #GW151226 are described in our O1 Binary Black Hole Paper https://t.co/wMGdIPtxlH For more on how we infer source properties, the GW150914 Parameter Estimation Paper has lots of explanations & useful refer
RT @cplberry: Details of the analysis are given in the O1 Binary Black Hole paper https://t.co/ujoVB6KWT8 published by @PhysRevX #Gravitati…
Details of the analysis are given in the O1 Binary Black Hole paper https://t.co/ujoVB6KWT8 published by @PhysRevX #GravitationalWaves
4 (385) The Advanced LIGO Paper https://t.co/2CyjZL6LOv 5* (340) The GW170104 Discovery https://t.co/hoHDzqAJG4 6 (296) The O1 Binary Black Hole Paper https://t.co/VOoPNDR0oi 7 (295) The GW150914 Testing General Relativity Paper https://t.co/RXVg8GzTEz
4 (456) The Observing Scenarios Document https://t.co/MiEyqFNUNA 5* (402) The GW170104 Discovery https://t.co/hoHDzqAJG4 [Top 2017 entry] 5 (402) The O1 Binary Black Hole Paper https://t.co/VOoPNDR0oi 7 (334) The GW150914 Testing General Relativity Paper h
RT @StrathclydeOA: Binary #blackhole mergers in the first Advanced #LIGO observing run https://t.co/ygwIuMwTTB #GravitationalWaves #physics…
RT @gabriel_hgs: Prácticamente 1000 científicos firman el paper donde se reporta el descubrimiento de las ondas gravitacionales: https://t.…
Prácticamente 1000 científicos firman el paper donde se reporta el descubrimiento de las ondas gravitacionales: https://t.co/QTBlW7ZNQC https://t.co/FqOnhSZMUT
@lvt151012 Learn about this and other @LIGO #GravitationalWave events in https://t.co/dC8PlK1yrQ
@AdrienCoffinet @LIGO @novaric For signals which lots of cycles you need matched filtering to pick them up, the relevant results are in https://t.co/ujoVB6KWT8 for O1
LVT151012って候補、1.7σだから検出を主張してないけど、これのTable IVにBayes factorがe^23(10^10くらい)と出てる。 https://t.co/DIKxiqnIVj
@GunstickULM @lvt151012 Great! Citation: https://t.co/ujoVB6KWT8
Calibration also affects inclination—we've better constraints for GW150914 with improved calibration accuracy (see https://t.co/ujoVB6KWT8) https://t.co/BlVlJTlcmV
Binary Black Hole Mergers in the first Advanced LIGO Observing Run. (arXiv:1606.04856v3 [gr-qc] UPDATED) https://t.co/3HOMo81Mht
Binary Black Hole Mergers in the first Advanced LIGO Observing Run https://t.co/HjxP1k0MFc
Binary Black Hole Mergers in the first Advanced LIGO Observing Run. (arXiv:1606.04856v3 [gr-qc] UPDATED) https://t.co/4vfgm9c28E
RT @BlackPhysicists: Binary Black Hole Mergers in the First Advanced LIGO Observing Run https://t.co/pz23NYQsJv https://t.co/c93fOQCfk2
RT @BlackPhysicists: Binary Black Hole Mergers in the First Advanced LIGO Observing Run https://t.co/pz23NYQsJv https://t.co/c93fOQCfk2
Binary Black Hole Mergers in the First Advanced LIGO Observing Run https://t.co/pz23NYQsJv https://t.co/c93fOQCfk2
RT @livingligo: There is a push towards making scientific results #openaccess: free to read for everyone! Read more about @LIGO #blackhole…
RT @livingligo: There is a push towards making scientific results #openaccess: free to read for everyone! Read more about @LIGO #blackhole…
There is a push towards making scientific results #openaccess: free to read for everyone! Read more about @LIGO #blackholes w/ #openaccess. https://t.co/dyMbjjlIVJ
RT @UoBIGWaves: Two @LIGO papers in Physical Review X #openaccess https://t.co/ZBxQoC6BwW on binary black holes in O1 https://t.co/hAavxoeT…
RT @UoBIGWaves: Two @LIGO papers in Physical Review X #openaccess https://t.co/ZBxQoC6BwW on binary black holes in O1 https://t.co/hAavxoeT…
RT @UoBIGWaves: Two @LIGO papers in Physical Review X #openaccess https://t.co/ZBxQoC6BwW on binary black holes in O1 https://t.co/hAavxoeT…
RT @UoBIGWaves: Two @LIGO papers in Physical Review X #openaccess https://t.co/ZBxQoC6BwW on binary black holes in O1 https://t.co/hAavxoeT…
RT @UoBIGWaves: Two @LIGO papers in Physical Review X #openaccess https://t.co/ZBxQoC6BwW on binary black holes in O1 https://t.co/hAavxoeT…
RT @UoBIGWaves: Two @LIGO papers in Physical Review X #openaccess https://t.co/ZBxQoC6BwW on binary black holes in O1 https://t.co/hAavxoeT…
RT @UoBIGWaves: Two @LIGO papers in Physical Review X #openaccess https://t.co/ZBxQoC6BwW on binary black holes in O1 https://t.co/hAavxoeT…
RT @UoBIGWaves: Two @LIGO papers in Physical Review X #openaccess https://t.co/ZBxQoC6BwW on binary black holes in O1 https://t.co/hAavxoeT…
RT @UoBIGWaves: Two @LIGO papers in Physical Review X #openaccess https://t.co/ZBxQoC6BwW on binary black holes in O1 https://t.co/hAavxoeT…
RT @UoBIGWaves: Two @LIGO papers in Physical Review X #openaccess https://t.co/ZBxQoC6BwW on binary black holes in O1 https://t.co/hAavxoeT…
RT @cplberry: It helps to read these while listening to https://t.co/1Zgg5WGoO7 https://t.co/obiEANlB7P
It helps to read these while listening to https://t.co/1Zgg5WGoO7 https://t.co/obiEANlB7P
RT @UoBIGWaves: Two @LIGO papers in Physical Review X #openaccess https://t.co/ZBxQoC6BwW on binary black holes in O1 https://t.co/hAavxoeT…
RT @UoBIGWaves: Two @LIGO papers in Physical Review X #openaccess https://t.co/ZBxQoC6BwW on binary black holes in O1 https://t.co/hAavxoeT…
Two @LIGO papers in Physical Review X #openaccess https://t.co/ZBxQoC6BwW on binary black holes in O1 https://t.co/hAavxoeTNq on GW150914 https://t.co/5vk9WiInQA
RT @BlackPhysicists: Binary Black Hole Mergers in the First Advanced LIGO Observing Run https://t.co/xrDYjYRwwp
RT @BlackPhysicists: Binary Black Hole Mergers in the First Advanced LIGO Observing Run https://t.co/xrDYjYRwwp
Binary Black Hole Mergers in the First Advanced LIGO Observing Run https://t.co/xrDYjYRwwp
@lvt151012 Here's a better quality image from https://t.co/ujoVB6KWT8 https://t.co/5E03UczPrN
Binary Black Hole Mergers in the first Advanced LIGO Observing Run 》"2 signals, GW150914 & GW151226, w/significance" https://t.co/hgEDA03r9P
Binary Black Hole Mergers in the first Advanced LIGO Observing Run. (arXiv:1606.04856v2 [gr-qc] UPDATED) https://t.co/4vfgm9c28E
RT @ego_virgo: Together with #GW151226, @LIGO and Virgo scientists published a new paper summarizing the first run of observations https://…
RT @ego_virgo: Together with #GW151226, @LIGO and Virgo scientists published a new paper summarizing the first run of observations https://…
RT @ego_virgo: Together with #GW151226, @LIGO and Virgo scientists published a new paper summarizing the first run of observations https://…
RT @ego_virgo: Together with #GW151226, @LIGO and Virgo scientists published a new paper summarizing the first run of observations https://…
RT @ego_virgo: Together with #GW151226, @LIGO and Virgo scientists published a new paper summarizing the first run of observations https://…
RT @ego_virgo: Together with #GW151226, @LIGO and Virgo scientists published a new paper summarizing the first run of observations https://…
RT @ego_virgo: Together with #GW151226, @LIGO and Virgo scientists published a new paper summarizing the first run of observations https://…
RT @ego_virgo: Together with #GW151226, @LIGO and Virgo scientists published a new paper summarizing the first run of observations https://…
RT @ego_virgo: Together with #GW151226, @LIGO and Virgo scientists published a new paper summarizing the first run of observations https://…
RT @ego_virgo: Together with #GW151226, @LIGO and Virgo scientists published a new paper summarizing the first run of observations https://…
RT @ego_virgo: Together with #GW151226, @LIGO and Virgo scientists published a new paper summarizing the first run of observations https://…
RT @ego_virgo: Together with #GW151226, @LIGO and Virgo scientists published a new paper summarizing the first run of observations https://…
Together with #GW151226, @LIGO and Virgo scientists published a new paper summarizing the first run of observations https://t.co/JNsiJ75QEo
"Binary Black Hole Mergers in the first Advanced LIGO Observing Run. (arXiv:1606.04856v1 [gr-qc])" https://t.co/E0BZPppdNy
RT @scimichael: 'Binary Black Hole Mergers in the first Advanced LIGO Observing Run' https://t.co/hgEDA0l21n
@farrwill @exoplaneteer @davidwhogg Also now on the arXiv https://t.co/VOoPNDR0oi
Two LIGO/Virgo papers on the arXiv today. GW151226: https://t.co/oI62w9aHMC Binary BH Mergers in 1st ALIGO run: https://t.co/49uYRvczcl
Binary Black Hole Mergers in the first Advanced LIGO Observing Run https://t.co/0pD3QGofxm
@exoplaneteer @davidwhogg We actually did a *bit* of that already: https://t.co/7uFvXFJBdX (pg. 13 & App D) and https://t.co/19tj8sdrKA.
"Binary Black Hole Mergers in the first Advanced LIGO Observing Run." https://t.co/RNjfEu34ac
'Binary Black Hole Mergers in the first Advanced LIGO Observing Run' https://t.co/hgEDA0l21n
RT @gr_qc_: [1606.04856] The LIGO Scientific Collaboration, the Virgo Collaboration: Binary Black Hole Mergers in the first ... https://t.c…
RT @gr_qc_: [1606.04856] The LIGO Scientific Collaboration, the Virgo Collaboration: Binary Black Hole Mergers in the first ... https://t.c…
Binary Black Hole Mergers in the first Advanced LIGO Observing Run. https://t.co/yMvPEQSfhE
Binary Black Hole Mergers in the first Advanced LIGO Observing Run. (arXiv:1606.04856v1 [gr-qc]) https://t.co/4vfgm9c28E