#gw170817 — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #gw170817, aggregated by home.social.
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Le 17 août 2017 occupe une place spéciale dans la mémoire des astrophysiciens. En cette journée, les caractéristiques d'un événement d'ondes gravitationnelles (GW170817) suggèrent la première détection d'une fusion d'étoiles à neutrons. Un branle-bas de combat digne des meilleurs films d'action allait ensuite animer 70 équipes d'astrophysiciens pendant deux mois!
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Le 17 août 2017 occupe une place spéciale dans la mémoire des astrophysiciens. En cette journée, les caractéristiques d'un événement d'ondes gravitationnelles (GW170817) suggèrent la première détection d'une fusion d'étoiles à neutrons. Un branle-bas de combat digne des meilleurs films d'action allait ensuite animer 70 équipes d'astrophysiciens pendant deux mois!
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Le 17 août 2017 occupe une place spéciale dans la mémoire des astrophysiciens. En cette journée, les caractéristiques d'un événement d'ondes gravitationnelles (GW170817) suggèrent la première détection d'une fusion d'étoiles à neutrons. Un branle-bas de combat digne des meilleurs films d'action allait ensuite animer 70 équipes d'astrophysiciens pendant deux mois!
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Le 17 août 2017 occupe une place spéciale dans la mémoire des astrophysiciens. En cette journée, les caractéristiques d'un événement d'ondes gravitationnelles (GW170817) suggèrent la première détection d'une fusion d'étoiles à neutrons. Un branle-bas de combat digne des meilleurs films d'action allait ensuite animer 70 équipes d'astrophysiciens pendant deux mois!
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Le 17 août 2017 occupe une place spéciale dans la mémoire des astrophysiciens. En cette journée, les caractéristiques d'un événement d'ondes gravitationnelles (GW170817) suggèrent la première détection d'une fusion d'étoiles à neutrons. Un branle-bas de combat digne des meilleurs films d'action allait ensuite animer 70 équipes d'astrophysiciens pendant deux mois!
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Le 17 août 2017 occupe une place spéciale dans la mémoire des astrophysiciens. En cette journée, les caractéristiques d'un événement d'ondes gravitationnelles ( #GW170817) suggèrent la première détection d'une fusion d'étoiles à neutrons. denis-gilbert.ca/fr/2025/04/1... #astronomie #Einstein
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"Quasiuniversal" just got quantum gaslit—scalar-tensor gravity rips the mask off GR waveform assumptions. Gravity isn’t broken. It’s just multilingual. 🧬🕳️ #GW170817 #DEFTheory #GlitchTheSky
https://journals.aps.org/prl/abstract/10.1103/PhysRevLett.134.151402 -
"Quasiuniversal" just got quantum gaslit—scalar-tensor gravity rips the mask off GR waveform assumptions. Gravity isn’t broken. It’s just multilingual. 🧬🕳️ #GW170817 #DEFTheory #GlitchTheSky
https://journals.aps.org/prl/abstract/10.1103/PhysRevLett.134.151402 -
"Quasiuniversal" just got quantum gaslit—scalar-tensor gravity rips the mask off GR waveform assumptions. Gravity isn’t broken. It’s just multilingual. 🧬🕳️ #GW170817 #DEFTheory #GlitchTheSky
https://journals.aps.org/prl/abstract/10.1103/PhysRevLett.134.151402 -
"Quasiuniversal" just got quantum gaslit—scalar-tensor gravity rips the mask off GR waveform assumptions. Gravity isn’t broken. It’s just multilingual. 🧬🕳️ #GW170817 #DEFTheory #GlitchTheSky
https://journals.aps.org/prl/abstract/10.1103/PhysRevLett.134.151402 -
Take a deep dive into all the science of #GW170817, our first #GravitationalWave with a multimessenger, with the blog of of our Collaboration member @cplberry
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Take a deep dive into all the science of #GW170817, our first #GravitationalWave with a multimessenger, with the blog of of our Collaboration member @cplberry
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Take a deep dive into all the science of #GW170817, our first #GravitationalWave with a multimessenger, with the blog of of our Collaboration member @cplberry
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Take a deep dive into all the science of #GW170817, our first #GravitationalWave with a multimessenger, with the blog of of our Collaboration member @cplberry
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Take a deep dive into all the science of #GW170817, our first #GravitationalWave with a multimessenger, with the blog of of our Collaboration member @cplberry
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It has been, somewhat unbelievably, just over seven years since we detected #GW170817, which was notable for just how many firsts it represented in astronomy:
+ First observed merger of two neutron stars
+ First observation of #GravitationalWaves and light from the same event
+ First confirmed kilonova from a neutron star collision.
You'll find lots of coverage in the fediverse from @LIGO, but I'll leave you with this infographic I made, and my colleague translated into Glasgow dialect... -
It has been, somewhat unbelievably, just over seven years since we detected #GW170817, which was notable for just how many firsts it represented in astronomy:
+ First observed merger of two neutron stars
+ First observation of #GravitationalWaves and light from the same event
+ First confirmed kilonova from a neutron star collision.
You'll find lots of coverage in the fediverse from @LIGO, but I'll leave you with this infographic I made, and my colleague translated into Glasgow dialect... -
It has been, somewhat unbelievably, just over seven years since we detected #GW170817, which was notable for just how many firsts it represented in astronomy:
+ First observed merger of two neutron stars
+ First observation of #GravitationalWaves and light from the same event
+ First confirmed kilonova from a neutron star collision.
You'll find lots of coverage in the fediverse from @LIGO, but I'll leave you with this infographic I made, and my colleague translated into Glasgow dialect... -
It has been, somewhat unbelievably, just over seven years since we detected #GW170817, which was notable for just how many firsts it represented in astronomy:
+ First observed merger of two neutron stars
+ First observation of #GravitationalWaves and light from the same event
+ First confirmed kilonova from a neutron star collision.
You'll find lots of coverage in the fediverse from @LIGO, but I'll leave you with this infographic I made, and my colleague translated into Glasgow dialect... -
Start your week with all the key facts about #GW170817 with this infographic by @UofGravity's @daniel_williams
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Start your week with all the key facts about #GW170817 with this infographic by @UofGravity's @daniel_williams
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Start your week with all the key facts about #GW170817 with this infographic by @UofGravity's @daniel_williams
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Start your week with all the key facts about #GW170817 with this infographic by @UofGravity's @daniel_williams
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Start your week with all the key facts about #GW170817 with this infographic by @UofGravity's @daniel_williams
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#GW170817 is the #GravitationalWave with the closest source. It is one of our loudest detections
Binary neutron stars are lower mass than black hole binaries, so their chirps are much longer
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#GW170817 is the #GravitationalWave with the closest source. It is one of our loudest detections
Binary neutron stars are lower mass than black hole binaries, so their chirps are much longer
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#GW170817 is the #GravitationalWave with the closest source. It is one of our loudest detections
Binary neutron stars are lower mass than black hole binaries, so their chirps are much longer
-
#GW170817 is the #GravitationalWave with the closest source. It is one of our loudest detections
Binary neutron stars are lower mass than black hole binaries, so their chirps are much longer
-
#GW170817 is the #GravitationalWave with the closest source. It is one of our loudest detections
Binary neutron stars are lower mass than black hole binaries, so their chirps are much longer
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#GW170817's source was identified as in galaxy NGC 4993. It was observed using telescopes for all parts of the electromagnetic spectrum, making it one of the most studied astronomical events ever! It's afterglow was still visible years after the merger
https://www.ligo.org/science/Publication-GW170817MMA/index.php
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#GW170817's source was identified as in galaxy NGC 4993. It was observed using telescopes for all parts of the electromagnetic spectrum, making it one of the most studied astronomical events ever! It's afterglow was still visible years after the merger
https://www.ligo.org/science/Publication-GW170817MMA/index.php
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#GW170817's source was identified as in galaxy NGC 4993. It was observed using telescopes for all parts of the electromagnetic spectrum, making it one of the most studied astronomical events ever! It's afterglow was still visible years after the merger
https://www.ligo.org/science/Publication-GW170817MMA/index.php
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#GW170817's source was identified as in galaxy NGC 4993. It was observed using telescopes for all parts of the electromagnetic spectrum, making it one of the most studied astronomical events ever! It's afterglow was still visible years after the merger
https://www.ligo.org/science/Publication-GW170817MMA/index.php
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#GW170817's source was identified as in galaxy NGC 4993. It was observed using telescopes for all parts of the electromagnetic spectrum, making it one of the most studied astronomical events ever! It's afterglow was still visible years after the merger
https://www.ligo.org/science/Publication-GW170817MMA/index.php
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Combining data from LIGO Livingston, LIGO Hanford and Virgo, we localized #GW170817's source on the sky. Having 3 detectors is crucial for this
Using this localization, teams of astronomers from around the world were able to successfully hunt for GW170817's kilonova
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Combining data from LIGO Livingston, LIGO Hanford and Virgo, we localized #GW170817's source on the sky. Having 3 detectors is crucial for this
Using this localization, teams of astronomers from around the world were able to successfully hunt for GW170817's kilonova
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Combining data from LIGO Livingston, LIGO Hanford and Virgo, we localized #GW170817's source on the sky. Having 3 detectors is crucial for this
Using this localization, teams of astronomers from around the world were able to successfully hunt for GW170817's kilonova
-
Combining data from LIGO Livingston, LIGO Hanford and Virgo, we localized #GW170817's source on the sky. Having 3 detectors is crucial for this
Using this localization, teams of astronomers from around the world were able to successfully hunt for GW170817's kilonova
-
Combining data from LIGO Livingston, LIGO Hanford and Virgo, we localized #GW170817's source on the sky. Having 3 detectors is crucial for this
Using this localization, teams of astronomers from around the world were able to successfully hunt for GW170817's kilonova
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Happy birthday to #GW170817 our first binary neutron star detection, and the first #GravitationalWave with electromagnetic counterparts!
The gamma-ray burst following the merger was spotted by the Fermi and Integral telescopes and later many other telescopes
https://www.ligo.org/science/Publication-GW170817BNS/index.php
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Happy birthday to #GW170817 our first binary neutron star detection, and the first #GravitationalWave with electromagnetic counterparts!
The gamma-ray burst following the merger was spotted by the Fermi and Integral telescopes and later many other telescopes
https://www.ligo.org/science/Publication-GW170817BNS/index.php
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Happy birthday to #GW170817 our first binary neutron star detection, and the first #GravitationalWave with electromagnetic counterparts!
The gamma-ray burst following the merger was spotted by the Fermi and Integral telescopes and later many other telescopes
https://www.ligo.org/science/Publication-GW170817BNS/index.php
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Happy birthday to #GW170817 our first binary neutron star detection, and the first #GravitationalWave with electromagnetic counterparts!
The gamma-ray burst following the merger was spotted by the Fermi and Integral telescopes and later many other telescopes
https://www.ligo.org/science/Publication-GW170817BNS/index.php
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Happy birthday to #GW170817 our first binary neutron star detection, and the first #GravitationalWave with electromagnetic counterparts!
The gamma-ray burst following the merger was spotted by the Fermi and Integral telescopes and later many other telescopes
https://www.ligo.org/science/Publication-GW170817BNS/index.php
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Today marks the anniversary of #GW170817, our first observation of a binary neutron star, and our first multimessenger source!
https://www.ligo.org/science/Publication-GW170817BNS/index.php
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Today marks the anniversary of #GW170817, our first observation of a binary neutron star, and our first multimessenger source!
https://www.ligo.org/science/Publication-GW170817BNS/index.php
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Today marks the anniversary of #GW170817, our first observation of a binary neutron star, and our first multimessenger source!
https://www.ligo.org/science/Publication-GW170817BNS/index.php
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Today marks the anniversary of #GW170817, our first observation of a binary neutron star, and our first multimessenger source!
https://www.ligo.org/science/Publication-GW170817BNS/index.php
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Today marks the anniversary of #GW170817, our first observation of a binary neutron star, and our first multimessenger source!
https://www.ligo.org/science/Publication-GW170817BNS/index.php
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Happy birthday to #GW170817 our first @LIGO Virgo multimessenger source!
If you're not sure what all the fuss was about, you can catch up on the science with my blog https://cplberry.com/2018/01/17/gw170817-the-papers/