@afbdijkstra Formeel niet. Ik denk geen astronomie. En geen quantum. Wie wel? Geen idee. Misschien dit: https://t.co/RBmqGK8x6T. Baanbrekend werk. En her en der nog @_nikhef ook.

@WKCosmo This one has 1/3 in Astronomy on it :) https://t.co/W7juRSkqYj

Sarcasm aside, it’s hard to overstate just how transformative the optical detection of the first binary neutron star merger was and continues to be - we’re still making sense of it! This thread has a few of my favourite science results https://t.co/DM7iRxO

[LSIS][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/lAzS0RWWek

一方、こちらは著者名と所属で24ページある重力波の論文です。 Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/pHw2sOBybL @AAS_Publishingより

[LSIS][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/lAzS0RWWek

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

RT @CosmicRami: Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. de…

Happy Bday to my fav GW event so far, the double neutron star merger GW170817. On this day in 2017, @LIGO Virgo collab. detected the the merger of 2 neutron stars, which was then followed up by other telescopes. This excellent paper has it all! https://

[LSIS][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/lAzS0RWWek

[LSIS][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/lAzS0RWWek

Il se trouve que mes collaborateurs et moi (et d'autres) étions en charge de faire l'analyse pour la collaboration LVC. Ce que nous avons fait dans un premier temps comme tout le monde: https://t.co/0oYgUmCwTk 2/N

RT @ToTy_utoka: 例の論文。本当に著者名で10ページ（36-46で正味10ページ）使っている。しかも、その後は所属で13ページある... Multi-messenger Observations of a Binary Neutron Star Merger ht…

例の論文。本当に著者名で10ページ（36-46で正味10ページ）使っている。しかも、その後は所属で13ページある... Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/J26jENhfRm @IOPscienceより #コズミックフロント

Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/AgaR11JDHM

Abbott, B. P.-Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/GrSysTf6aL #OA

@kz_butqn もっと上がいて、59 pageのApJ Letter とかもあったね https://t.co/bgB3LleJRe

@asrivkin @Of_FallingStars @sondy In any case, while it was great to be on this paper: https://t.co/T7cNTj4nBL I was not looking forward to the subsequent proposal writing. @sondy's automated process may have just saved my life -- or at least my proposal!

Going to share this excellent resource (IMO) for those interested .... this paper (Abbott et al 2017) is related to #GW170817 BNS merger event, but its beauty is it has ALL THE LINKS to different wavelength observations papers, Very handy in one spot! htt

RT @SciBry: I see your 56 authors, and raise you 3677 authors (of which I was one!) https://t.co/5KjC49cj7C https://t.co/8x1lOh8xWB

RT @SciBry: I see your 56 authors, and raise you 3677 authors (of which I was one!) https://t.co/5KjC49cj7C

RT @SciBry: I see your 56 authors, and raise you 3677 authors (of which I was one!) https://t.co/5KjC49cj7C https://t.co/8x1lOh8xWB

RT @SciBry: I see your 56 authors, and raise you 3677 authors (of which I was one!) https://t.co/5KjC49cj7C

I see your 56 authors, and raise you 3677 authors (of which I was one!) https://t.co/5KjC49cj7C

@lu_claudio Fique à vontade 😁 https://t.co/DD1Kop1yfd

[MIO][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/uBrc5PeueN

When your author list's not only longer than your abstract, & then your author list is not only longer *than your entire paper*, but your author list is longer than almost any other paper in existence. [3500 author names] https://t.co/LF1dDqnIJN [thank

RT @Hal_RTFLC: @Gurdur @four4thefire Sure. It's this one: the LIGO optical counterpart paper. https://t.co/HDzMFybOJg

@Gurdur @four4thefire Sure. It's this one: the LIGO optical counterpart paper. https://t.co/HDzMFybOJg

[MIO][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/uBrc5PeueN

[hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/TiAk8dkE9n

[hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/llhoxyeMGM

[LSIS][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/uBrc5OWSQd

[MIO][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/uBrc5PeueN

[LSIS][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/uBrc5PeueN

5 (1199) GW170817 Multimessenger Astronomy https://t.co/kKZ79Lb3Jv [+1] 6 (1065) GW170817–GRB 170817A https://t.co/HapbYviEMZ [+2] 7 (1045) GW170814 Discovery https://t.co/C6hW7rNp7G [−2] 8 (810) The Advanced @LIGO Paper https://t.co/1Urs7wmo1U [−1]

5 (1138) GW170817 Multimessenger Astronomy https://t.co/kKZ79Lb3Jv [+4] 6 (1085) GW170814 Discovery https://t.co/C6hW7rNp7G [–] 7 (1048) GW170817–GRB 170817A [+3] https://t.co/HapbYviEMZ 8 (987) The Advanced @LIGO Paper https://t.co/1Urs7wmo1U [−3]

RT @inspirehep: The 50+ collaboration, 3,500+ author 2017 ApJ article "Multi-messenger Observations of a Binary Neutron Star Merger" https:…

RT @inspirehep: The 50+ collaboration, 3,500+ author 2017 ApJ article "Multi-messenger Observations of a Binary Neutron Star Merger" https:…

RT @NASASwift: How timely! The paper outlining the full suite of multi-messenger observations of the binary neutron star merger GW170817, w…

How timely! The paper outlining the full suite of multi-messenger observations of the binary neutron star merger GW170817, which (very likely) left a brand new black hole remnant, reaches 1000 citations during #BlackHoleWeek !

The 50+ collaboration, 3,500+ author 2017 ApJ article "Multi-messenger Observations of a Binary Neutron Star Merger" https://t.co/W7tXHIiItU reaches 1,000 citations. #topcites @IOPPublishing @AAS_Office @LIGO @ego_virgo @uw_icecube @NASASwift @theDESurv

https://t.co/XTrPrceAHj

Over 50 collaborations in the author list (with a total of 957 authors in the text), should this be abbreviated as "LIGO et al."? https://t.co/nHG5nxEDZh

Ma già nell'ottobre 2017 la rilevazione delle onde gravitazionali https://t.co/R10uwq5XRe aveva mostrato la potenza della Global Science: l'articolo principale sulla scoperta è firmato da B. P. Abbott e poi da altri 3500 nomi https://t.co/Y5UfZQgw7y

[LSIS][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/uBrc5PeueN

[LSIS][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/FmJsgR8rKg

5 (669) GW170814 Discovery https://t.co/C6hW7rNp7G [New to top 10] 6 (588) GW170817 Multimessenger Astronomy https://t.co/kKZ79Lb3Jv [New to top 10] 7 (572) The Advanced @LIGO Paper https://t.co/1Urs7wmo1U [−3] 8 (550) GW170817–GRB 170817A https://t.co/Hap

9 (551) GW170817 Multimessenger Astronomy https://t.co/kKZ79Lb3Jv [New to top 10] 10 (530) GW170817–GRB 170817A https://t.co/HapbYviEMZ [New to top 10] The paper most frequently cited in 2018 is the GW150914 Discovery (1197), closely followed by the GW17

@newolder @skdh @DrMichaelBrooks @LIGO I think this is the paper you were after https://t.co/kKZ79Lb3Jv (there are rather a lot of them).

@hendric It is a bit messy. It's mostly to show that lots of stuff went on (hopefully you got that)! You can find the full caption in https://t.co/UTgo49NUpH Vertical lines = observation reports. Horizontal lines = when there was something to see. The size

RT @hippke: Is the recent LIGO multi messenger signal generally accepted? https://t.co/S4Uo183tdF

@GGladyszewski @PogodaMeteo Przykład z zeszłego roku https://t.co/fgeJAAoJUg gdzie skoreliwano wystąpienie dwóch typów sygnałów i na tej podstawie określono ich źródło.

[LSIS][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/uBrc5PeueN

Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/IgILzmKWsi via @IOPscience

Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/xDbSZ24kVL via @IOPscience

Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/Hrp6S9HqKR via @IOPscience

RT @LIGO: The #MultiMessenger paper has 3500 authors! Read it here: https://t.co/9slFD2Ehmq https://t.co/nlAz4coLVi

[MIO][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/uBrc5PeueN

[LSIS][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/uBrc5PeueN

RT @AAS_HEAD: Beautiful timeline of the multi-messenger detections of the binary neutron star merger, from https://t.co/8BRrWt4CPC https://…

[LSIS][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/uBrc5PeueN

Is the recent LIGO multi messenger signal generally accepted? https://t.co/S4Uo183tdF

[MIO][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/uBrc5PeueN

This is the gravitational waves detection paper that has over 3500 authors: Multi-messenger Observations of a Binary Neutron Star Merger So damn cool! https://t.co/D8jGPbjCF3

RT @UoBIGWaves: Which is longer, the author list of https://t.co/s74QKjrhGu or the credits of #AvengersInfinityWar? (Also, why didn't we h…

Which is longer, the author list of https://t.co/s74QKjrhGu or the credits of #AvengersInfinityWar? (Also, why didn't we have any mid-author-list science to set up the next papers?) https://t.co/OqDsudDPWa

@mojin inspire だと一応区別してそうな数で 3542 と出るんですが， ADS 調べ - グループ数と合わないし... https://t.co/RIHF4LvVfq

[hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/llhoxyeMGM

[hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/ieh3V7L1Vg

[LSIS][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/Gm61tDPGTh

[LSIS][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/Gm61tDPGTh

[LSIS][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/Gm61tDPGTh

Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/vjiFuam0J0 via @IOPscience

@norabar Increible este paper, top de Physics World: "Multi-messenger Observations of a Binary Neutron Star Merger", de los autores: B. P. Abbott, R. Abbott, T. D. Abbott, F. Acernese, y miles más.. (de las 59 pág hay 23.5 dedicadas a autores y sus afiliac

RT @inspirehep: Physics World Breakthrough of the Year: "Multi-messenger Observations of a Binary Neutron Star Merger" https://t.co/p7JDDYJ…

Physics World Breakthrough of the Year: "Multi-messenger Observations of a Binary Neutron Star Merger" https://t.co/p7JDDYJcmH @PhysicsWorld

And this is the paper: Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/STNO4nhuz8 via @IOPscience

https://t.co/FDNzKzk5gK

[LSIS][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/Gm61tDPGTh

[MIO][hal-01646052] Multi-messenger Observations of a Binary Neutron Star Merger https://t.co/Gm61tDPGTh

RT @LALOrsay: LIGO/Virgo : "Multi-messenger Observations of a Binary Neutron Star Merger" https://t.co/oE361rsyul

RT @LIGO: The #MultiMessenger paper has 3500 authors! Read it here: https://t.co/9slFD2Ehmq https://t.co/nlAz4coLVi