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Throughout the discussions, the tone is inquisitive and exploratory, with posts referencing videos, models, and hypotheses about neutron stars and dark matter. Phrases like 'interesting hypothesis,' 'new research tells us,' and mentions of detailed modeling reflect a curiosity-driven engagement. Words such as 'may produce' and 'could clarify' indicate an open, tentative attitude rather than definitive conclusions, which aligns with a high interest but moderate impact perception.
Most discussions acknowledge the interesting link between neutron stars and dark matter, suggesting moderate support or curiosity about the study's implications.
Posts show a high level of curiosity, with several participants eager to explore the hypothesis and related videos, indicating strong engagement with the topic.
Some social discussions mention the models, implications, or related research, reflecting a moderate depth in reasoning and understanding.
The overall perception suggests that this research is intriguing but not yet seen as a groundbreaking or immediately transformative discovery, hence a moderate impact score.
Referencia: Novel Constraints on Axions Produced in Pulsar Polar-Cap Cascades. Dion Noordhuis, Anirudh Prabhu, Samuel J. Witte, Alexander Y. Chen, Fábio Cruz, and Christoph Weniger Phys. Rev. Lett. 131, 111004. 15 September 2023. DOI 10.1103/PhysRevLett.131.111004
banda ancha al flujo de la emisión radio producida por el astro. En el paper reciente https://t.co/bFNM9HQJTG los auores modelan este proceso desde la producción inicial de axiones hasta la detección final de fotones de radio, y derivan cotas observacionales a la constante de https://t.co/RJLWFtzisB
Sobre axiones y púlsares: https://t.co/bFNM9HQJTG, o cotas a la producción de axiones derivadas de procesos en ciertas estrellas de neutrones. Reseña, en https://t.co/F0eYi7vZe1 https://t.co/rocYHu3NcG
GolP Alumni @cruzfabios' simulations are featured in @PBSSpaceTime's latest video! Learn more about how pulsars shine light—and maybe axions—by checking out the video and the related paper:
PBS Space Time has picked up a PRX paper by current and former GRAPPA members. Huge congrats to Dion Noordhuis, Anirudh Prabhu, Sam Witte and @C_Weniger for the fantastic piece of work! https://t.co/mZBuAstF94
https://t.co/5Vax5NxhbA
Neutron stars aren’t dark matter, but new research suggests they may produce axions, a dark matter candidate. The study explores how axions could be generated in pulsar magnetospheres and detected via radio signals…
This study examines axion production in neutron star magnetospheres and their conversion into radio signals. Analyzing data from 27 pulsars, it establishes the strongest limits to date on axion-photon coupling within…
Neutron stârs are not dârk matter - we figured-ôūt that a whīle agō. But new resëarch tell us, that they may be dârk matter fâctorys. They may prodûce ex̄otic âxion, vône of mōst popûlar dârk matter cândidātes. https://t.co/648I25hda2 #e_nglish
科學家找到一個10秒鐘解決暗物質猜想的方法！| 天文新鮮事 | Linvo說宇宙 https://t.co/YvlcrOdyaY 來自 @YouTube
Do Neutron Stars Shine In Dark Matter? https://t.co/bc689BvxJ4
Do Neutron Stars Shine In Dark Matter? https://t.co/WjXvhytT8O via @YouTube I'm retweeting this before listening to it. It sounds like an April Fool joke but according to my calender that's probably not what's going on here. Gonna watch the vid now. #brb....
Neutron stars are thought to produce axions, a dark matter candidate, via strong magnetic and electric fields. Their detection could clarify pulsar jets and fast radio bursts. #AxionResearch #CosmicMysteries https://t.co/MM9RqzPa98
@PhysInHistory Here's an interesting video hypothesizing a connection of neutron stars with some dark matter (axions) https://t.co/6LIJfWADjD
@GastonGiribet Ok, es divulgación, pero en relación a esto, el jueves salió un bonito video explicativo de PBS Spacetime sobre esta interesante hipótesis: https://t.co/XOqfEFi0xs :)
RT @golp_ipfn: GolP Alumni @cruzfabios' simulations are featured in @PBSSpaceTime's latest video! Learn more about how pulsars shine light—…
GolP Alumni @cruzfabios' simulations are featured in @PBSSpaceTime's latest video! Learn more about how pulsars shine light—and maybe axions—by checking out the video and the related paper:
RT @GRAPPAinstitute: PBS Space Time has picked up a PRX paper by current and former GRAPPA members. Huge congrats to Dion Noordhuis, Anirud…
Dark matter may be axions produced by neutron stars. https://t.co/ZdW09mYNVw
RT @GRAPPAinstitute: PBS Space Time has picked up a PRX paper by current and former GRAPPA members. Huge congrats to Dion Noordhuis, Anirud…
PBS Space Time has picked up a PRX paper by current and former GRAPPA members. Huge congrats to Dion Noordhuis, Anirudh Prabhu, Sam Witte and @C_Weniger for the fantastic piece of work! https://t.co/mZBuAstF94
https://t.co/5Vax5NxhbA
Do Neutron Stars Shine In Dark Matter? Do Neutron stars shine in Dark matter or are they Dark Matter Factories from FBS Space Time https://t.co/3NwFRUws6G
Do Neutron Stars Shine In Dark Matter? | PBS Space Time https://t.co/8x1SEz7hup #science #astropysics
0:03 / 16:15 Do Neutron Stars Shine In Dark Matter? https://t.co/n6Du6xbaCS
CP symmetry paradoksunu çözmek için öne sürülmüş hypothetical bir kuantum alanı ve o kuantum alanındaki exitation’ları ifade eden axion parçacığı hakkında ilginç detaylar içeren bir video. https://t.co/T8hI6xaeAI
Do Neutron Stars Shine In Dark Matter? https://t.co/DFSOE7dMKP @YouTube aracılığıyla
Do Neutron Stars Shine In Dark Matter? https://t.co/tlWzY62qZR via @YouTube
RT @GastonGiribet: Sobre axiones y púlsares: https://t.co/bFNM9HQJTG, o cotas a la producción de axiones derivadas de procesos en ciertas e…
RT @GastonGiribet: Sobre axiones y púlsares: https://t.co/bFNM9HQJTG, o cotas a la producción de axiones derivadas de procesos en ciertas e…
RT @GastonGiribet: Sobre axiones y púlsares: https://t.co/bFNM9HQJTG, o cotas a la producción de axiones derivadas de procesos en ciertas e…
RT @GastonGiribet: Sobre axiones y púlsares: https://t.co/bFNM9HQJTG, o cotas a la producción de axiones derivadas de procesos en ciertas e…
Sobre axiones y púlsares: https://t.co/bFNM9HQJTG, o cotas a la producción de axiones derivadas de procesos en ciertas estrellas de neutrones. Reseña, en https://t.co/F0eYi7vZe1 https://t.co/rocYHu3NcG
RT @doctorfision: Referencia: Novel Constraints on Axions Produced in Pulsar Polar-Cap Cascades. Dion Noordhuis, Anirudh Prabhu, Samuel J.…
RT @doctorfision: Referencia: Novel Constraints on Axions Produced in Pulsar Polar-Cap Cascades. Dion Noordhuis, Anirudh Prabhu, Samuel J.…
Referencia: Novel Constraints on Axions Produced in Pulsar Polar-Cap Cascades. Dion Noordhuis, Anirudh Prabhu, Samuel J. Witte, Alexander Y. Chen, Fábio Cruz, and Christoph Weniger Phys. Rev. Lett. 131, 111004. 15 September 2023. DOI 10.1103/PhysRevLett.131.111004
RT @GastonGiribet: banda ancha al flujo de la emisión radio producida por el astro. En el paper reciente https://t.co/bFNM9HQJTG los auores…
banda ancha al flujo de la emisión radio producida por el astro. En el paper reciente https://t.co/bFNM9HQJTG los auores modelan este proceso desde la producción inicial de axiones hasta la detección final de fotones de radio, y derivan cotas observacionales a la constante de https://t.co/RJLWFtzisB