Clearing up our FOGGIE Understanding of how UVB Models Affect Circumgalactic Medium Absorbers Today’s paper explores how ionization from different UVB models affects mock observations from simula...

#Daily #Paper #Summaries #CGM #ionization #quasar #absorption #spectra #simulations #UVB

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Bumpy road ahead: can binary interactions make supernovae periodically brighter? Some supernovae have bumpy light curves - could a baby neutron star repeatedly diving into the envelope of its infla...

#Daily #Paper #Summaries #accretion #binary #stars #hydrodynamic #simulations #neutron #star #simulations

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Galactic Smashes and Stellar Crashes: Forming Dense Star Clusters You know the saying: "when gas-rich galaxies collide, young massive star clusters will soon reside" ... well maybe you'...

#Daily #Paper #Summaries #galaxy #mergers #multiple #populations #simulations #star #clusters #YMCs

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Kickin’ It Into Overdrive With Stellar Escapees Follow along as we zoom through the stars with these hypervelocity stellar survivors and uncover their explosive origins. Title: The Evolution of H...

#Daily #Paper #Summaries #binaries #hypervelocity #stars #MESA #type #Ia #white #dwarf

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We’ve been trying to reach you about your leaky dust trap’s extended warranty Planets are supposed to be effective at blocking the radial drift of icy pebbles around nascent stars forming plane...

#Daily #Paper #Summaries #ALMA #dust #exoplanet #formation #ice #planet #planet #formation

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One is the Loneliest Number: Destroying Planet-Planet Binaries JWST’s discovery of free-floating binary planetary-mass objects came as quite a surprise and tests theories of planet formation. Tod...

#Daily #Paper #Summaries #astronomy #dynamics #exoplanets #Orion #Nebula

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An Exercise in Satellite Mission Design: Instrument Requirements In today's bite we are once again revisiting the mission design concept MAUVE to learn how science objectives drive instrument d...

#Daily #Paper #Summaries #Instrumentation #concepts #cubesat #exoplanets #instrumentation #mission #design #transmission

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Using Large-scale structures and gravitational wave sources to measure the expansion rate In today's astrobite we explore a new approach that has been developed to measure the Universal expansi...

#Daily #Paper #Summaries #binary #black #holes #cosmology #gravitational #waves #Hubble #constant

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On the Straight and Narrow: How Black Hole Seeds Agree with Scaling Relations How are the masses of growing black holes in the early universe are correlated with properties of their host galaxies? ...

#Daily #Paper #Summaries #hydrodynamic #simulations #M-sigma #relation #scaling #relations #supermassive #black

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On the Straight and Narrow: How Black Hole Seeds Agree with Scaling Relations How are the masses of growing black holes in the early universe are correlated with properties of their host galaxies? ...

#Daily #Paper #Summaries #hydrodynamic #simulations #M-sigma #relation #scaling #relations #supermassive #black

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Following up on flares: Can we spot black hole mergers in AGN disks? In today’s Astrobite, we revisit the possibility of binary black hole mergers in AGN disks creating flares, which could have i...

#Daily #Paper #Summaries #AGN #binary #mergers #black #holes #gravitational #waves #Hubble

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Sharing is caring: how do binary stars actually transfer mass? Mass transfer is a fundamental parameter for determining how binary stars evolve. A 3D hydrodynamic simulation enables real-time movie...

#Daily #Paper #Summaries #binary #interaction #binary #star #hydrodynamic #simulations #Mass #Transfer

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Growth Spurt: Super-Eddington Accretion Leading to Overmassive Black Holes? Some astronomers are discovering black holes that appear to be too big for their galaxies. Discover how rapid growth coul...

#Daily #Paper #Summaries #accretion #accretion #rates #active #galactic #nuclei #black #hole

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How stars dust themselves off and emerge from their hidden birthplaces When stars are born, they're hidden behind dust and dense gas. How long will it take them to emerge? Title: Duration and p...

#Daily #Paper #Summaries #ALMA #astronomy #Feedback #galaxies #JWST #molecular #clouds #observations

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Looking for a single stellar ancestor: Mono-enriched stars in zoom-in simulations Today's bite explores if we'll be able to find a star that has formed from the gas enriched by only one ste...

#Daily #Paper #Summaries #simulations #stars #Stellar #Nucleosynthesis #supernovae

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Can the real [host galaxy of this ancient ultra-faint star cluster] please stand up? We're not sure yet about the origins of this newly discovered ancient star cluster, but guest author Tehreem...

#Daily #Paper #Summaries #DECam #DELVE #galactic #archeology #galaxy #evolution #galaxy #formation

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Unburnt Clues: Spectral Signs of a Double Detonation Unburnt helium may unlock the secrets of double-detonation type Ia supernovae. Title: Exploring the range of impacts of helium in the spectra of...

#Daily #Paper #Summaries #helium #spectra #Type #1a #supernovae

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Dust Curves with a Twist: JWST Shows One Size Doesn’t Fit All Dust Curve Drama: JWST Reveals No One Law Fits All! Title : Unveiling the trends between dust attenuation and galaxy properties at z...

#Daily #Paper #Summaries #astronomy #dust #dust #grains #Dusty #Galaxies #extragalactic #galaxies

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Keep your ν-eyes open: Messengers from a Common Envelope Today's bite explores how neutrinos might inform us about a neutron star being engulfed by another star! Title: Detectable MeV Neutrino...

#Daily #Paper #Summaries #PRJ #binary #binary #stars #common #envelope #gravitational #waves

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Keep your ν-eyes open: Messengers from a Common Envelope Today's bite explores how neutrinos might inform us about a neutron star being engulfed by another star! Title: Detectable MeV Neutrino...

#Daily #Paper #Summaries #PRJ #binary #binary #stars #common #envelope #gravitational #waves

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