8* (289) The GW170817 Discovery https://t.co/jBLj1WvAA3 [Out first binary neutron star] 9 (265) The GW150914 Parameter Estimation Paper https://t.co/xYnhh9OQ1W 10 (232) The GW150914 Astrophysics Paper https://t.co/bm5O02AMFc
Phys. Rev. Lett. 119, 161101 (2017) - GW170817: Observation of Gravitational Waves from a Binary Neutron Star Inspiral https://t.co/UXW333azrV
Detection of gravitational waves from binary neutron star merger and the advent of multimessenger astronomy https://t.co/MmcJIeaOhK @ScienceNews @PhysicsWorld @sciam @NatureNews @nytimes @APSPhysicsEd
Well done to all! Proud that the seminal paper was published #OpenAccess in @PhysRevLett https://t.co/elhR1gAEyE https://t.co/aD25SpDf9p
RT @APSphysics: The @PhysicsWorld Breakthrough of the Year goes to the international team of scientists that made the first multimessenger…
RT @APSphysics: The @PhysicsWorld Breakthrough of the Year goes to the international team of scientists that made the first multimessenger…
RT @APSphysics: The @PhysicsWorld Breakthrough of the Year goes to the international team of scientists that made the first multimessenger…
RT @APSphysics: The @PhysicsWorld Breakthrough of the Year goes to the international team of scientists that made the first multimessenger…
RT @APSphysics: The @PhysicsWorld Breakthrough of the Year goes to the international team of scientists that made the first multimessenger…
RT @APSphysics: The @PhysicsWorld Breakthrough of the Year goes to the international team of scientists that made the first multimessenger…
RT @APSphysics: The @PhysicsWorld Breakthrough of the Year goes to the international team of scientists that made the first multimessenger…
RT @APSphysics: The @PhysicsWorld Breakthrough of the Year goes to the international team of scientists that made the first multimessenger…
RT @APSphysics: The @PhysicsWorld Breakthrough of the Year goes to the international team of scientists that made the first multimessenger…
RT @APSphysics: The @PhysicsWorld Breakthrough of the Year goes to the international team of scientists that made the first multimessenger…
RT @APSphysics: The @PhysicsWorld Breakthrough of the Year goes to the international team of scientists that made the first multimessenger…
RT @APSphysics: The @PhysicsWorld Breakthrough of the Year goes to the international team of scientists that made the first multimessenger…
RT @APSphysics: The @PhysicsWorld Breakthrough of the Year goes to the international team of scientists that made the first multimessenger…
The PhysicsWorld Breakthrough of the Year goes to the international team of scientists that made the first multimessenger observation of a neutron-star merger. https://t.co/jjYtAQh9sP Read the #openaccess paper in PhysRevLett https://t.co/DuHXI1edP2
RT @APSphysics: The @PhysicsWorld Breakthrough of the Year goes to the international team of scientists that made the first multimessenger…
The @PhysicsWorld Breakthrough of the Year goes to the international team of scientists that made the first multimessenger observation of a neutron-star merger. https://t.co/S5785vFNqj Read the #openaccess paper in @PhysRevLett https://t.co/DBqvoWqq7s
@PhysicsWorld @PhysRevLett There are two physics results in the @ScienceNews top 10 for 2017 https://t.co/OWhvSy2I4C @PhysRevLett played a role in each 1: Neutron star merger https://t.co/QJKjBrbu1q 6: Quantum space-based communication https://t.co/zzvbe0
RT @StrathclydeOA: Understand alternative impact! #openaccess outputs on #strathprints show the @altmetric donut. Click "see more details"…
Understand alternative impact! #openaccess outputs on #strathprints show the @altmetric donut. Click "see more details" to, yup, see even more detail about the nature of the alternative impact! Here's a good example to check: https://t.co/KtBzrHJZ5I https:
RT @RobertGaristo: Best of 2017 @PhysicsWorld https://t.co/zrfJpn8FaF @PhysRevLett in the list 1: Neutron star merger https://t.co/QJKjBr…
RT @RobertGaristo: Best of 2017 @PhysicsWorld https://t.co/zrfJpn8FaF @PhysRevLett in the list 1: Neutron star merger https://t.co/QJKjBr…
RT @RobertGaristo: Best of 2017 @PhysicsWorld https://t.co/zrfJpn8FaF @PhysRevLett in the list 1: Neutron star merger https://t.co/QJKjBr…
Best of 2017 @PhysicsWorld https://t.co/zrfJpn8FaF @PhysRevLett in the list 1: Neutron star merger https://t.co/QJKjBrbu1q 9: Three-photon interference https://t.co/1SfC78SNjt https://t.co/n4TfsrIQJL https://t.co/zDJ1nSTMdC
RT @maxisi: @BardoCientifico @RevistaPersea Detección de ondas gravitacionales y luz de la colisión de dos estrellas de neutrones!! https:/…
RT @maxisi: @BardoCientifico @RevistaPersea Detección de ondas gravitacionales y luz de la colisión de dos estrellas de neutrones!! https:/…
RT @maxisi: @BardoCientifico @RevistaPersea Detección de ondas gravitacionales y luz de la colisión de dos estrellas de neutrones!! https:/…
@BardoCientifico @RevistaPersea Detección de ondas gravitacionales y luz de la colisión de dos estrellas de neutrones!! https://t.co/RXwaorZNQp
RT @LALOrsay: LIGO/Virgo : "GW170817: Observation of Gravitational Waves from a Binary Neutron Star Inspiral" https://t.co/KLDXVDjkSb
RT @RobertGaristo: Our site is back! Here's the @LIGO-@ego_virgo #BNS #GravitationalWaves @PhysRevLett! https://t.co/QJKjBrbu1q #OpenAccess…
RT @RobertGaristo: All the @LIGO-@ego_virgo mergers @PhysRevLett Mass Links 29+36 https://t.co/6RAa53RRDz 8 +14 https://t.co/nYBp2JhEX5 19…
星の合体、重力波で観測 発生源から光も 朝日https://t.co/tQLXbJ44Em 中性子星の合体を電磁波で観測。予想されたやキロノバ現象や重元素の生成のrプロセスなどがみられた Phys Rev Lett原著↓ https://t.co/N2zSHJKzl0
Wowzers https://t.co/gcyOzvxVfF
And the binary-neutron star merger @LIGO-@ego_virgo paper, published 3 weeks ago, is already cited @inspirehep 111 times! https://t.co/zXAp08JQfo https://t.co/QJKjBrbu1q https://t.co/GMNQCw4vOY
RT @RobertGaristo: All the @LIGO-@ego_virgo mergers @PhysRevLett Mass Links 29+36 https://t.co/6RAa53RRDz 8 +14 https://t.co/nYBp2JhEX5 19…
Robert Garisto https://t.co/hKDnO94GKS
All the @LIGO-@ego_virgo mergers @PhysRevLett Mass Links 29+36 https://t.co/6RAa53RRDz 8 +14 https://t.co/nYBp2JhEX5 19+31 https://t.co/WQmECx9A5G 25+30 https://t.co/4CgD5TH16u ~1+~1 https://t.co/QJKjBrbu1q [There is still room for more #gravitationalwav
星の合体、重力波で観測 発生源から光も 朝日https://t.co/tQLXbJ44Em 中性子星の合体を電磁波で観測。予想されたやキロノバ現象や重元素の生成のrプロセスなどがみられた Phys Rev Lett原著↓ https://t.co/N2zSHJKzl0
RT @PhysRevLett: BINARY-NEUTRON-STAR MERGER SEEN VIA GRAVITATIONAL WAVES & EM RADIATION @LIGO-@ego_virgo, #ManyTelescopes https://t.co/0Efb…
RT @APSphysics: And we're back! Read the paper now in @PhysRevLett #GW170817 #openaccess https://t.co/DBqvoWI0Z0
RT @APSphysics: Read the research now in @PhysRevLett #openaccess https://t.co/Ci1HigbRlE
RT @PhysRevLett: BINARY-NEUTRON-STAR MERGER SEEN VIA GRAVITATIONAL WAVES & EM RADIATION @LIGO-@ego_virgo, #ManyTelescopes https://t.co/0Efb…
RT @OrenoReSource: 星の合体、重力波で観測 発生源から光も 朝日https://t.co/tQLXbJ44Em 中性子星の合体を電磁波で観測。予想されたやキロノバ現象や重元素の生成のrプロセスなどがみられた Phys Rev Lett原著↓ https://t…
RT @novapbs: @LIGO And here's the paper in Physical Review Letters: https://t.co/kEdsSohv3R
RT @PhysRevLett: BINARY-NEUTRON-STAR MERGER SEEN VIA GRAVITATIONAL WAVES & EM RADIATION @LIGO-@ego_virgo, #ManyTelescopes https://t.co/0Efb…
星の合体、重力波で観測 発生源から光も 朝日https://t.co/tQLXbJ44Em 中性子星の合体を電磁波で観測。予想されたやキロノバ現象や重元素の生成のrプロセスなどがみられた Phys Rev Lett原著↓ https://t.co/N2zSHJKzl0
RT @PhysRevLett: BINARY-NEUTRON-STAR MERGER SEEN VIA GRAVITATIONAL WAVES & EM RADIATION @LIGO-@ego_virgo, #ManyTelescopes https://t.co/0Efb…
Observation of Gravitational Waves from a Binary Neutron Star Inspiral https://t.co/3olJ4RJttc #LIGO #GravitationalWaves #GeneralRelativity
RT @LIGO: Read the paper about the discovery of #GW170817: https://t.co/LQ3ZUYy4ju #GravityAndLight
星の合体、重力波で観測 発生源から光も 朝日https://t.co/tQLXbJ44Em 中性子星の合体を電磁波で観測。予想されたやキロノバ現象や重元素の生成のrプロセスなどがみられた Phys Rev Lett原著↓ https://t.co/N2zSHJKzl0
Amazing! https://t.co/9LjPjwI3yQ
RT @OrenoSource: 星の合体、重力波で観測 発生源から光も 朝日https://t.co/K1eVbQYYp5 中性子星の合体を電磁波で観測。予想されたやキロノバ現象や重元素の生成のrプロセスなどがみられた Physic Rec Lett原著↓ https://t…
RT @inspirehep: .@LIGO @ego_virgo GW170817 observation paper reaches 50 citations: https://t.co/C7AnxJfWEf @PhysRevLett #topcites
.@LIGO @ego_virgo GW170817 observation paper reaches 50 citations: https://t.co/C7AnxJfWEf @PhysRevLett #topcites
RT @LIGO: Read the paper about the discovery of #GW170817: https://t.co/LQ3ZUYy4ju #GravityAndLight
Well if the orbital path before the death spiral were elliptical in a two star binary system. Could the spinning increase as they come? https://t.co/jMvPU4FUgD
RT @hashimotostring: 重力波に加えて、光でも、二つの中性子星が合体したことが観測されたと! 論文が公開されてる、読もう https://t.co/BckGhmqSGy
RT @LIGO: Read the paper about the discovery of #GW170817: https://t.co/LQ3ZUYy4ju #GravityAndLight
RT @PhysRevLett: BINARY-NEUTRON-STAR MERGER SEEN VIA GRAVITATIONAL WAVES & EM RADIATION @LIGO-@ego_virgo, #ManyTelescopes https://t.co/0Efb…
RT @LIGO: Read the paper about the discovery of #GW170817: https://t.co/LQ3ZUYy4ju #GravityAndLight
RT @chrislintott: Here's the paper - first gravitational wave signal from neutron stars, first detected by optical telescopes https://t.co/…
RT @PhysRevLett: BINARY-NEUTRON-STAR MERGER SEEN VIA GRAVITATIONAL WAVES & EM RADIATION @LIGO-@ego_virgo, #ManyTelescopes https://t.co/0Efb…
RT @LIGO: Thanks @PhysRevLett for publishing so many of our important papers! https://t.co/31IkV2I83U
RT @LIGO: Read the paper about the discovery of #GW170817: https://t.co/LQ3ZUYy4ju #GravityAndLight
@ProfBrianCox Spect you've read this. Absolutely astounding science! I even managed to understand some of it.... https://t.co/ls4RTne1B8
RT @AmericanU: AU @LIGO scientists, once again, are a part of history as LIGO observes collision of neutron stars for the 1st time. https:/…
RT @AmericanU: AU @LIGO scientists, once again, are a part of history as LIGO observes collision of neutron stars for the 1st time. https:/…
RT @AmericanU: AU @LIGO scientists, once again, are a part of history as LIGO observes collision of neutron stars for the 1st time. https:/…
RT @AmericanU: AU @LIGO scientists, once again, are a part of history as LIGO observes collision of neutron stars for the 1st time. https:/…
AU @LIGO scientists, once again, are a part of history as LIGO observes collision of neutron stars for the 1st time. https://t.co/jhGWl8gJnA https://t.co/Ki30DZHxuy
RT @AUcollege: Another @LIGO blockbuster! AU is proud of Prof. Gregg Harry, Maya Kinley-Hanlon & lab dir. Jonathan Newport. https://t.co/Wu…
RT @LIGO: Read the paper about the discovery of #GW170817: https://t.co/LQ3ZUYy4ju #GravityAndLight
RT @PhysRevLett: BINARY-NEUTRON-STAR MERGER SEEN VIA GRAVITATIONAL WAVES & EM RADIATION @LIGO-@ego_virgo, #ManyTelescopes https://t.co/0Efb…
RT @PhysRevLett: BINARY-NEUTRON-STAR MERGER SEEN VIA GRAVITATIONAL WAVES & EM RADIATION @LIGO-@ego_virgo, #ManyTelescopes https://t.co/0Efb…
RT @OrenoSource: 星の合体、重力波で観測 発生源から光も 朝日https://t.co/K1eVbQYYp5 中性子星の合体を電磁波で観測。予想されたやキロノバ現象や重元素の生成のrプロセスなどがみられた Physic Rec Lett原著↓ https://t…
RT @OrenoSource: 星の合体、重力波で観測 発生源から光も 朝日https://t.co/K1eVbQYYp5 中性子星の合体を電磁波で観測。予想されたやキロノバ現象や重元素の生成のrプロセスなどがみられた Physic Rec Lett原著↓ https://t…
RT @OrenoSource: 星の合体、重力波で観測 発生源から光も 朝日https://t.co/K1eVbQYYp5 中性子星の合体を電磁波で観測。予想されたやキロノバ現象や重元素の生成のrプロセスなどがみられた Physic Rec Lett原著↓ https://t…
RT @StrathclydeOA: And another #LIGO paper: #GW170817 : Observation of #GravitationalWaves from a binary #NeutronStar inspiral https://t.co…
星の合体、重力波で観測 発生源から光も 朝日https://t.co/K1eVbQYYp5 中性子星の合体を電磁波で観測。予想されたやキロノバ現象や重元素の生成のrプロセスなどがみられた Physic Rec Lett原著↓ https://t.co/iJGBIVYsmv
RT @LIGO: Thanks @PhysRevLett for publishing so many of our important papers! https://t.co/31IkV2I83U
RT @LIGO: Thanks @PhysRevLett for publishing so many of our important papers! https://t.co/31IkV2I83U
RT @PhysRevLett: BINARY-NEUTRON-STAR MERGER SEEN VIA GRAVITATIONAL WAVES & EM RADIATION @LIGO-@ego_virgo, #ManyTelescopes https://t.co/0Efb…
RT @LIGO: Read the paper about the discovery of #GW170817: https://t.co/LQ3ZUYy4ju #GravityAndLight
RT @PhysRevLett: BINARY-NEUTRON-STAR MERGER SEEN VIA GRAVITATIONAL WAVES & EM RADIATION @LIGO-@ego_virgo, #ManyTelescopes https://t.co/0Efb…
RT @PhysRevLett: BINARY-NEUTRON-STAR MERGER SEEN VIA GRAVITATIONAL WAVES & EM RADIATION @LIGO-@ego_virgo, #ManyTelescopes https://t.co/0Efb…
RT @LIGO: Thanks @PhysRevLett for publishing so many of our important papers! https://t.co/31IkV2I83U
RT @APSphysics: Read the research now in @PhysRevLett #openaccess https://t.co/Ci1HigbRlE
RT @LIGO: Thanks @PhysRevLett for publishing so many of our important papers! https://t.co/31IkV2I83U
RT @PhysRevLett: BINARY-NEUTRON-STAR MERGER SEEN VIA GRAVITATIONAL WAVES & EM RADIATION @LIGO-@ego_virgo, #ManyTelescopes https://t.co/0Efb…