High Energy Astrophysical PhenomenaThe Role of Electron-Capture Supernovae in Neutron Star FormationEC-SNe play a key role in neutron star creation and binary systems.
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New methods reveal insights into the Sun's complex magnetic field.
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ALMA's new capabilities enhance solar observation and magnetic field mapping.
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A major solar event on October 28, 2021, impacts Earth and spacecraft.
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Examining the relationship between accretion rates and free-free emissions in transition disks.
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Analyzing M dwarfs and brown dwarfs in a globular cluster for insights on star formation.
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Study reveals complex formation processes of high-mass stars in dense environments.
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A study on the changing nature of active regions on the Sun.
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Research reveals new insights on coronal loops and their dynamics.
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Exploring light, ejecta, and polarization in the aftermath of supernova explosions.
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A new approach improves historical solar data for better research.
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Type Ia supernovae play a crucial role in cosmic measurements and remain shrouded in mystery.
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The PLATO mission aims to deepen our knowledge of stars and exoplanets.
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This study reveals gas behaviors in protoplanetary disks of Herbig Ae/Be stars.
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A new model enhances pulsar timing accuracy amid solar wind effects.
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Research reveals energy efficiencies in binary star systems with white dwarfs.
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Recent findings reveal connections between magnetic reconnection and coronal heating.
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Study reveals key insights into solar activity through plasma oscillations.
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Exploring the impact of dying stars on planetary systems.
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Research reveals connections between AGB stars, gas emissions, and companion stars.
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Study reveals links between mass accretion, jet speed, and brightness in DG Tau.
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Recent measurements of Fe17 improve our understanding of space phenomena.
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Research reveals dynamic behavior and wind characteristics of O-type stars.
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ZZ Tau IRS showcases brightness changes and unique spectral features in its early stellar evolution.
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Recent observations of neutron stars enhance our understanding of nuclear symmetry energy.
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Explore the unique features and structures of B[e] supergiants and their life cycles.
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A deep dive into the unique characteristics of pulsar PSR J0614+2229.
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Astronomers study HD 54879, a rare O-type star with a strong magnetic field and slow rotation.
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Astronomers discover two giant planets, TIC4672985 and TOI-2529, providing insights into planetary formation.
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Study reveals important links between M dwarf rotation and potential habitability of orbiting planets.
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Recent studies enhance our knowledge of X-ray sources and their types.
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Research reveals potential black holes among variable stars in our galaxy.
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Research on carbon and oxygen levels in stars reveals insights into planet formation.
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This study examines how waves influence plasma behavior in solar prominences.
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This paper investigates the sulfur anomaly in planetary nebulae and its implications.
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A novel approach improves the accuracy of cosmic ray measurements during solar events.
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Research reveals key differences in particle behavior from the Sun.
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Study of gas streamers reveals vital information about star and planet formation.
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A look into the explosive merger of white dwarfs and helium cores.
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Study reveals how outbursts affect young stars and their surroundings.
― 7 min read