Top Tweets for #stellarwinds
Tonight in #StellarWinds: Gimble turns the team’s Moonstone City presidential suite into a temporary intelligence lab, wiring recovered servers into an isolated analysis network and digging through their data for anything the enemy missed.
Great and complex findings, I cite from the corresponding NASA article: "When the two #WolfRayet #stars approach and pass one another, their strong #stellarwinds #collide and #mix, forming and casting out heaps of carbon-rich #dust for a quarter century at a time. In similar systems, dust is shot out over mere months, like the shells in Wolf-Rayet 140."
A cosmic ripple in Cygnus — This is the Crescent Nebula (NGC 6888), a glowing shell of ionized gas created by the powerful stellar wind.
#CrescentNebula #NGC6888 #Cygnus #WolfRayetStar #Astrophotography #DeepSky #StellarWinds #StarDeath #AstronomyArt #Stargazing
NSA Whistle-Blower William Binney Tells All:
#StellarWind Secret NSA Program Hidden From FISA Court by NSA - Created by Bush, Cheney, Hayden, Tenet
https://t.co/qW6YqCKqS6
A research team led by Kristina Kislyakova from @univienna has for the first time directly detected #stellarwinds from three Sun-like stars by recording the X-ray emission from their #astrospheres, and placed constraints on the mass loss rate of the stars via their stellar winds.
How do #supernovae and #stellarwinds launch outflows from #galaxies? To answer this question, we need to determine the gas motions in the hot superbubbles around young star clusters. This is done by measuring the width of the emission lines from their X-ray spectra (1/2).
#Space: dusty emission in IC 410, the Tadpole #Nebula — the cloud of #glowing gas is over 100 light-years across, sculpted by #StellarWinds and #radiation from embedded open #StarCluster NGC 1893
https://t.co/cS4qRbNNKE via @apod
#Space: how did the Butterfly #Nebula get its #wings? It's complicated... Strong #StellarWinds (violet) are actively reshaping the #NebularWings over the past 900 years
👁 ► https://t.co/UtXBgtsCZB ◄ via @physorg_com
Wrapping up the day is Andreas Sander providing a summary of various types of stellar winds for gravitational-wave sources.
#GWPAW22 #StellarWinds
#Space: colliding #MagneticFields reveal unknown planets — mathematical models developed to better understand the interactions between #exoplanets and #StellarWinds
👁 ► https://t.co/y3XeTilZro ◄ via @physorg_com
#Space: what powers are being wielded in the Wizard #Nebula (NGC 7380)? #Gravitation strong enough to form stars, and #StellarWinds and #radiations powerful enough to create and dissolve towers of gas
https://t.co/v0QM478p8d via @apod
#Space: #StellarWinds and evaporating #exoplanet atmospheres — stellar winds can generate outflows from a planet's atmosphere
👁 https://t.co/N8vp2alWIK via @CenterForAstro
#Space clouds sculpted by #StellarWinds & #radiation in #StarCluster Melotte 15
https://t.co/XSUrlIa19v via @apod
#Space: #PlanetaryShields (#magnetospheres) will buckle under #StellarWinds from their #DyingStars — living next to a dying star is probably not very pleasant...
👁 https://t.co/4VzlRpLtfm via @physorg_com
New Living Reviews article:
Aline A. Vidotto. "The evolution of the solar wind". Living Rev Sol Phys 18, 3 (2021). https://t.co/YCjpJzv6QW
@AlineVidotto #SolarWind #StellarWinds
#Space: how #StellarWinds of #DyingStars are shaped — astronomers have captured stellar winds emitted by aging stars in unprecedented detail
👁🗨 https://t.co/4NfrMEovtU via @ZMEScience
Specialised telescope provides evidence of very high-energy gamma radiation from #EtaCarinae https://t.co/9WAPOE2ONz @desy #Astronomy #Astrophysics #StellarWinds
Binary star as a cosmic particle accelerator https://t.co/HPiuOTjQF8 @desy #Astronomy #Astrophysics #StellarWinds #EtaCarinae
Scientists Just Found an "Impossible" Black Hole in The Milky Way Galaxy https://t.co/nXJYEQoNWS
#blackhole #milkywaygalaxy #eventhorizontelescope #impossibleblackhole #stellarwinds #supernova #LB-1 #lamost #grantelescopio @keckobservatory
@ehtelescope @NASAJPL
@BlackHoleCam
My paper examining the variability of angular momentum loss rates, due to stellar winds of low-mass stars, is now published in ApJ! @UoE_Astro @AstroVictorSee @AWESoMeStarsERC #astrophysics #stellarWinds #solarStellarConnection Link to Publication: https://t.co/00voQp1ocs
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