RT @ScienceSociety8: This is the paper https://t.co/fNcVvMFPAO
This is the paper https://t.co/fNcVvMFPAO
This is the paper https://t.co/dzNX6Gwax2
RT @ScienceCQFD: 20/04 > Anneaux d'Einstein modulés par de la matière noire ondulatoire à partir d'anomalies dans des images à lentille gra…
RT @ScienceCQFD: 20/04 > Anneaux d'Einstein modulés par de la matière noire ondulatoire à partir d'anomalies dans des images à lentille gra…
RT @ScienceCQFD: 20/04 > Anneaux d'Einstein modulés par de la matière noire ondulatoire à partir d'anomalies dans des images à lentille gra…
RT @ScienceCQFD: Retrouvez le thread de l’émission du jour > Matière noire : axion ou vérité ? https://t.co/b934KZdyUF #ScienceCQFD
Retrouvez le thread de l’émission du jour > Matière noire : axion ou vérité ? https://t.co/b934KZdyUF #ScienceCQFD
RT @ScienceCQFD: 20/04 > Anneaux d'Einstein modulés par de la matière noire ondulatoire à partir d'anomalies dans des images à lentille gra…
20/04 > Anneaux d'Einstein modulés par de la matière noire ondulatoire à partir d'anomalies dans des images à lentille gravitationnelle https://t.co/A0xS4qDmh0 via @NatureAstronomy (en anglais) #ScienceCQFD https://t.co/Z7NPEgQBt5
Einstein rings modulated by wavelike dark matter from anomalies in gravitationally lensed images | Nature Astronomy https://t.co/wgyWGhjVhn
RT @NatureAstronomy: Alfred Amruth (@AlienPhysicist) et al. model the gravitationally-lensed system HS 0810+2554, finding more support for…
RT @GastonGiribet: El jueves pasado en @pcoffeebreak (Ep. 434) hablamos del paper reciente https://t.co/WNACVi57mE que sugiere escudriñar e…
RT @GastonGiribet: El jueves pasado en @pcoffeebreak (Ep. 434) hablamos del paper reciente https://t.co/WNACVi57mE que sugiere escudriñar e…
RT @GastonGiribet: El jueves pasado en @pcoffeebreak (Ep. 434) hablamos del paper reciente https://t.co/WNACVi57mE que sugiere escudriñar e…
RT @GastonGiribet: El jueves pasado en @pcoffeebreak (Ep. 434) hablamos del paper reciente https://t.co/WNACVi57mE que sugiere escudriñar e…
RT @GastonGiribet: El jueves pasado en @pcoffeebreak (Ep. 434) hablamos del paper reciente https://t.co/WNACVi57mE que sugiere escudriñar e…
RT @GastonGiribet: El jueves pasado en @pcoffeebreak (Ep. 434) hablamos del paper reciente https://t.co/WNACVi57mE que sugiere escudriñar e…
RT @GastonGiribet: El jueves pasado en @pcoffeebreak (Ep. 434) hablamos del paper reciente https://t.co/WNACVi57mE que sugiere escudriñar e…
RT @GastonGiribet: El jueves pasado en @pcoffeebreak (Ep. 434) hablamos del paper reciente https://t.co/WNACVi57mE que sugiere escudriñar e…
RT @GastonGiribet: El jueves pasado en @pcoffeebreak (Ep. 434) hablamos del paper reciente https://t.co/WNACVi57mE que sugiere escudriñar e…
RT @GastonGiribet: El jueves pasado en @pcoffeebreak (Ep. 434) hablamos del paper reciente https://t.co/WNACVi57mE que sugiere escudriñar e…
RT @GastonGiribet: El jueves pasado en @pcoffeebreak (Ep. 434) hablamos del paper reciente https://t.co/WNACVi57mE que sugiere escudriñar e…
RT @GastonGiribet: El jueves pasado en @pcoffeebreak (Ep. 434) hablamos del paper reciente https://t.co/WNACVi57mE que sugiere escudriñar e…
😮
RT @GastonGiribet: El jueves pasado en @pcoffeebreak (Ep. 434) hablamos del paper reciente https://t.co/WNACVi57mE que sugiere escudriñar e…
RT @GastonGiribet: El jueves pasado en @pcoffeebreak (Ep. 434) hablamos del paper reciente https://t.co/WNACVi57mE que sugiere escudriñar e…
El jueves pasado en @pcoffeebreak (Ep. 434) hablamos del paper reciente https://t.co/WNACVi57mE que sugiere escudriñar en las formas observadas de anillos y cruces de Einstein para discernir, en función de su distribución, inferida por las distorsiones de
Tantalizing indeed! https://t.co/kCxhVMcu4Z
RT @NatureAstronomy: Alfred Amruth (@AlienPhysicist) et al. model the gravitationally-lensed system HS 0810+2554, finding more support for…
Einstein rings modulated by wavelike dark matter from anomalies in gravitationally lensed images https://t.co/skTTLLaHKp
RT @HKUniversity: 🌌 #HKU astrophysics research that reveals the importance of ultralightness in Dark Matter through the study of crinkles i…
RT @HKUniversity: 🌌 #HKU astrophysics research that reveals the importance of ultralightness in Dark Matter through the study of crinkles i…
🌌 #HKU astrophysics research that reveals the importance of ultralightness in Dark Matter through the study of crinkles in spacetime has been published in Nature Astronomy: https://t.co/mLJ2svLweB More details at https://t.co/QAVQmUGr7X https://t.co/wW41Ow
To me this is an exciting development. Besides, I'm tired of what an absolutely horrible government we have, and enjoy diversions like this. https://t.co/bzbSbRlo3i
Einstein rings modulated by wavelike dark matter from anomalies in gravitationally lensed images https://t.co/AKvLFKNEqu
RT @RebeccaRambar: Les preuves de l'existence d'1 particule de matière noire ultralégère appelée axion s'accumulent. 1 étude de la lumière…
RT @RebeccaRambar: Les preuves de l'existence d'1 particule de matière noire ultralégère appelée axion s'accumulent. 1 étude de la lumière…
RT @GastonGiribet: tribución en el espacio sea, también, distinta. Un trabajo reciente en Nature Astronomy propone distinguir la forma en l…
tribución en el espacio sea, también, distinta. Un trabajo reciente en Nature Astronomy propone distinguir la forma en la que la materia oscura se distribuye observando anillos de Einstein; más precisamente, estudiando anomalías en lentes gravitacionales:
RT @higgsinocat: Anomalies in Gravitational-Lensed Images Revealing Einstein Rings Modulated by Wavelike Dark Matter. (arXiv:2304.09895v1 […
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @doniattab: Les plus anciens feront peut-être le rapprochement avec le slogan "Axion réveille le blanc" et souriront que le même nom s'a…
RT @RebeccaRambar: Les preuves de l'existence d'1 particule de matière noire ultralégère appelée axion s'accumulent. 1 étude de la lumière…
RT @RebeccaRambar: Les preuves de l'existence d'1 particule de matière noire ultralégère appelée axion s'accumulent. 1 étude de la lumière…
Les plus anciens feront peut-être le rapprochement avec le slogan "Axion réveille le blanc" et souriront que le même nom s'associe à de la matière noire... Coluche aurait apprécié lui qui se moquait des pubs des lessiviers
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @RebeccaRambar: Les preuves de l'existence d'1 particule de matière noire ultralégère appelée axion s'accumulent. 1 étude de la lumière…
RT @RebeccaRambar: Les preuves de l'existence d'1 particule de matière noire ultralégère appelée axion s'accumulent. 1 étude de la lumière…
RT @RebeccaRambar: Les preuves de l'existence d'1 particule de matière noire ultralégère appelée axion s'accumulent. 1 étude de la lumière…
Les preuves de l'existence d'1 particule de matière noire ultralégère appelée axion s'accumulent. 1 étude de la lumière déformée par les galaxies a montré qu'elle s'explique mieux par les axions que par les particules massives à faible interaction (WIMP).
RT @cosmos4u: Anomalies in Gravitational-Lensed Images Revealing Einstein Rings Modulated by Wavelike #DarkMatter: https://t.co/NZ8xXK1KB4…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @cosmos4u: Anomalies in Gravitational-Lensed Images Revealing Einstein Rings Modulated by Wavelike #DarkMatter: https://t.co/NZ8xXK1KB4…
RT @cosmos4u: Anomalies in Gravitational-Lensed Images Revealing Einstein Rings Modulated by Wavelike #DarkMatter: https://t.co/NZ8xXK1KB4…
Anomalies in Gravitational-Lensed Images Revealing Einstein Rings Modulated by Wavelike #DarkMatter: https://t.co/NZ8xXK1KB4 -> No WIMPS! Heavy particles don’t explain #GravitationalLensing oddities: https://t.co/FQ7H7SNXlB
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @NatureAstronomy: Alfred Amruth (@AlienPhysicist) et al. model the gravitationally-lensed system HS 0810+2554, finding more support for…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
Is it axionic dark matter? Strange 'Anomalies' In Spacetime Could Be Revealing New Physics, Scientists Say Einstein rings modulated by wavelike dark matter from anomalies in gravitationally lensed images https://t.co/hT1DVXlFwX
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @NatureAstronomy: Alfred Amruth (@AlienPhysicist) et al. model the gravitationally-lensed system HS 0810+2554, finding more support for…
RT @NatureAstronomy: Alfred Amruth (@AlienPhysicist) et al. model the gravitationally-lensed system HS 0810+2554, finding more support for…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
Einstein rings modulated by wavelike dark matter from anomalies in gravitationally lensed images https://t.co/dgxJLSzcCc
RT @NatureAstronomy: Alfred Amruth (@AlienPhysicist) et al. model the gravitationally-lensed system HS 0810+2554, finding more support for…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
Alfred Amruth (@AlienPhysicist) et al. model the gravitationally-lensed system HS 0810+2554, finding more support for wavelike dark matter. https://t.co/0H0i8hUPJf https://t.co/z1cNQtBCxP
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
Does Disney own this too??
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
@cackerman21 Check out the abstract! https://t.co/pagIIOq2Ch
Anomalies in Gravitational-Lensed Images Revealing Einstein Rings Modulated by Wavelike Dark Matter https://t.co/nM3Vbc9afc https://t.co/wt0T5jaN5O
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
RT @ExploreCosmos_: New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we…
New look at Einstein rings around distant galaxies just got us closer to solving the dark matter debate. The reason we think dark matter exists is that we can see the effects of its gravity in the behavior of galaxies. Specifically, dark matter... 1/ 👉 ht
RT @ExploreCosmos_: Galaxies are expected to be surrounded by haloes of dark matter, so the properties of that dm should affect how the lig…
RT @ExploreCosmos_: Galaxies are expected to be surrounded by haloes of dark matter, so the properties of that dm should affect how the lig…
Anomalies in Gravitational-Lensed Images Revealing Einstein Rings Modulated by Wavelike Dark Matter. (arXiv:2304.09895v1 [https://t.co/brMgLCNEEc]) relevance:100% https://t.co/QRdvpDNu6l #darkmatter https://t.co/usmTjFueit