RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
Interessant dit. Botsende zwarte gaten doen wat Hawking voorzag.
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
Magníficos papers como siempre 👌🏽
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @RobertGaristo: To paraphrase Hawking's @PhysRevLett published almost exactly 50 years ago: "This shows that the area [after merger] mus…
To paraphrase Hawking's @PhysRevLett published almost exactly 50 years ago: "This shows that the area [after merger] must be greater than or equal to the area [before]" https://t.co/vdYo5tVh6m
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
RT @PhysRevLett: Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with…
Data from the first observed merger of black holes (GW150914 @LIGO-@ego_virgo https://t.co/jlVzag0XPs) is consistent with Hawking's area law—that horizon area cannot decrease over time. Letter: https://t.co/xu9smvGpQK Synopsis: https://t.co/opax7unelv
@lucaslopes37 @import_robs Talvez se medirmos as ondas gravitacionais geradas no momento da "fusão", assim como fizemos em 2015: https://t.co/gQWH477vix
@NickEvershed you could do the first gravitational wave observation https://t.co/un4k783vu3
The collision of two blackholes would also cause ripples in the fabric of spacetime itself. https://t.co/JB28Y5Ur24
@actualdrdoctor We are all guilty... https://t.co/vMUqCBbEDf
RT @PhysRevLett: #OTDFiveYearsAgo @LIGO
RT @PhysRevLett: #OTDFiveYearsAgo @LIGO
RT @PhysRevLett: #OTDFiveYearsAgo @LIGO
I confess that I wrote the tweet quoted here, sitting in the National Press Club, a minute before the announcement. If you haven't had the chance to read the paper, please give it a look. I still remember the chills reading the abstract for the first time.
RT @PhysRevLett: #OTDFiveYearsAgo @LIGO
RT @PhysRevLett: #OTDFiveYearsAgo @LIGO
RT @PhysRevLett: Observation of gravitational waves from a binary black hole merger https://t.co/HU57kg7qix
RT @PhysRevLett: #OTDFiveYearsAgo @LIGO
#OTDFiveYearsAgo @LIGO
論文はこちら。#宇宙 #重力 #物理 B. P. Abbott et al. (LIGO Scientific Collaboration and Virgo Collaboration) "Observation of Gravitational Waves from a Binary Black Hole Merger" Phys. Rev. Lett. 116, 061102 (2016) https://t.co/YAj4aCweK8
Tenez @chtronche_fr voilà de la science BIEN DURE https://t.co/OuzcNW7mGg
RT @KalyaniNeeti: @sumonbasak456 @AcademicChatter @OpenAcademics Just 56, See this gravitational waves discovery paper. This paper has 1004…
@sumonbasak456 @AcademicChatter @OpenAcademics Just 56, See this gravitational waves discovery paper. This paper has 1004 authors. https://t.co/ISOTohEN9p
RT @ego_virgo: https://t.co/Tu3vCTcPuf The discovery paper of #GW150914 is ranked among the most influential ones: have a look at the score…
RT @ego_virgo: https://t.co/Tu3vCTcPuf The discovery paper of #GW150914 is ranked among the most influential ones: have a look at the score…
RT @ego_virgo: https://t.co/Tu3vCTcPuf The discovery paper of #GW150914 is ranked among the most influential ones: have a look at the score…
https://t.co/Tu3vCTcPuf The discovery paper of #GW150914 is ranked among the most influential ones: have a look at the score stats https://t.co/Nxm1LkdwLS. It features as #1 in @PhysRevLett among 29798 outputs!! More than 4000 citations since its publicati
Die Entdeckung von #GW150914 wurde am 11. Februar 2016 in @PhysRevLett veröffentlicht. Die Veröffentlichung ist unter #OpenAccess hier https://t.co/GOj3Kr3t1W zu lesen. #GravitationalWaves
The discovery of #GW150914 was published on 11 February 2016 in @PhysRevLett. Read the #OpenAccess publication at https://t.co/GOj3KqLRDm. #GravitationalWaves
@horadoolmoco Abbott et al., 2016 https://t.co/pf72COmDE5 https://t.co/8PH1rftUsi
@CSfienti @PhysRevLett The LIGO discovery PRL is very interesting and well written. Also open access. https://t.co/6RAa53RRDz
@hardmaru It was known long before the covid. E.g. paper on detection of gravitational waves was published in 3 weeks https://t.co/Hbxg0CWV6m
@peterispuritis Tā ir sena hipotēze, kura nav neapstirpinājumu. Bet doma pareiza - tieši no gravitācijas viļņu izplatīšanas ātruma salīdzinājuma ar c ir zināma augstākā robeža hipotētiskaia gravitona masai, m < 1.2 × 10^(−22) eV/c2, skat. ar Nobeli apb
@drspacejunk Also, I find the amount of authors on the first gravitational waves sighting paper simply mind blowing https://t.co/WEqsWkVcwx
RT @LIGO: Our #GW150914 discovery paper was published exactly 4 years ago by @PhysRevLett and since then has clocked up more than 3000 cita…
RT @LIGO: Our #GW150914 discovery paper was published exactly 4 years ago by @PhysRevLett and since then has clocked up more than 3000 cita…
RT @LIGO: Our #GW150914 discovery paper was published exactly 4 years ago by @PhysRevLett and since then has clocked up more than 3000 cita…
RT @sasomao: Feels like yesterday
RT @LIGO: Our #GW150914 discovery paper was published exactly 4 years ago by @PhysRevLett and since then has clocked up more than 3000 cita…
RT @LIGO: Our #GW150914 discovery paper was published exactly 4 years ago by @PhysRevLett and since then has clocked up more than 3000 cita…
RT @LIGO: Our #GW150914 discovery paper was published exactly 4 years ago by @PhysRevLett and since then has clocked up more than 3000 cita…
Feels like yesterday
RT @LIGO: Our #GW150914 discovery paper was published exactly 4 years ago by @PhysRevLett and since then has clocked up more than 3000 cita…
RT @LIGO: Our #GW150914 discovery paper was published exactly 4 years ago by @PhysRevLett and since then has clocked up more than 3000 cita…
Our #GW150914 discovery paper was published exactly 4 years ago by @PhysRevLett and since then has clocked up more than 3000 citations! Read it at https://t.co/JXu0ceGIA1 or check out the (more public-friendly) science summary at https://t.co/PLheV78m21 ht
@LIGO @ego_virgo @KAGRA_PR From @adsabs: 1 (4574) GW150914 Discovery https://t.co/oJhbJfUWd4 [–] 2 (2780) GW170817 Discovery https://t.co/Ay7RUJniSs [–] 3 (1920) GW151226 Discovery https://t.co/BdpTFFH3Kj [–] 4 (1374) GW170104 Discovery https://t.co/xIeKBw
From @inspirehep: 1 (4603) GW150914 Discovery https://t.co/oJhbJfUWd4 [–] 2 (2767) GW170817 Discovery https://t.co/Ay7RUJniSs [+1] 3 (2030) GW151226 Discovery https://t.co/BdpTFFH3Kj [−1] 4 (1432) GW170104 Discovery https://t.co/xIeKBwJuOJ [–]
RT @LIGO: @AlbertEinstein @LIGOLA @LIGOWA @ego_virgo Our discovery paper was published by @PhysRevLett and is free to read #OpenAccess http…
RT @LIGO: @AlbertEinstein @LIGOLA @LIGOWA @ego_virgo Our discovery paper was published by @PhysRevLett and is free to read #OpenAccess http…
@AlbertEinstein @LIGOLA @LIGOWA @ego_virgo Our discovery paper was published by @PhysRevLett and is free to read #OpenAccess https://t.co/hR2k7Q5rQk Our science summary (available in multiple languages🇬🇧🇨🇳🇫🇷🇩🇪🇮🇹🇯🇵🇪🇸) explains the key points https://t.co/
RT @inspirehep: .@LIGO - @ego_virgo 2016 @PhysRevLett article "Observation of Gravitational Waves from a Binary Black Hole Merger" https://…
.@LIGO - @ego_virgo 2016 @PhysRevLett article "Observation of Gravitational Waves from a Binary Black Hole Merger" https://t.co/zYoSutpl79 reaches 4,000 citations in INSPIRE. Only 81 papers in INSPIRE have this many citations. #topcites
彼は卒論で重力波について書いていたはずだが,見つかるまで意外と長かったな。 https://t.co/3KRT4ZZ3MR
@DoctorKarl @Cosmic_Horizons The detection of gravitational waves was the most compelling evidence of black holes https://t.co/mA7QGbVL7T but there was already plenty of indirect evidence before this: black hole binaries, orbital speed of stars close to th
RT @PhysRevLett: Today is the three-year anniversary of the announcement and publication of the first direct detection of gravitational wav…
A very important discovery in Physics
SCIENCE!
RT @PhysRevLett: Today is the three-year anniversary of the announcement and publication of the first direct detection of gravitational wav…
RT @PhysRevLett: Today is the three-year anniversary of the announcement and publication of the first direct detection of gravitational wav…
RT @PhysRevLett: Today is the three-year anniversary of the announcement and publication of the first direct detection of gravitational wav…
My favorite paper!
RT @PhysRevLett: Today is the three-year anniversary of the announcement and publication of the first direct detection of gravitational wav…
RT @PhysRevLett: Today is the three-year anniversary of the announcement and publication of the first direct detection of gravitational wav…
RT @PhysRevLett: Today is the three-year anniversary of the announcement and publication of the first direct detection of gravitational wav…
RT @PhysRevLett: Today is the three-year anniversary of the announcement and publication of the first direct detection of gravitational wav…
RT @PhysRevLett: Today is the three-year anniversary of the announcement and publication of the first direct detection of gravitational wav…
RT @PhysRevLett: Today is the three-year anniversary of the announcement and publication of the first direct detection of gravitational wav…
RT @PhysRevLett: Today is the three-year anniversary of the announcement and publication of the first direct detection of gravitational wav…
RT @PhysRevLett: Today is the three-year anniversary of the announcement and publication of the first direct detection of gravitational wav…
RT @PhysRevLett: Today is the three-year anniversary of the announcement and publication of the first direct detection of gravitational wav…
RT @PhysRevLett: Today is the three-year anniversary of the announcement and publication of the first direct detection of gravitational wav…