High Energy Astrophysical PhenomenaX-ray Polarimetry Reveals Insights on PSR B0540-69New findings shed light on the pulsar's emission characteristics and its surrounding nebula.
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Neutron stars are dense remnants of massive stars, showcasing unique properties and behaviors.
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This study investigates the distribution of gamma rays at the Galactic center.
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Scientists explore unexpected behaviors of long-period compact radio sources in space.
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CHIME observes binary pulsars, revealing the Shapiro time delay and crucial data.
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Recent analysis reveals new gamma-ray sources and flaring behavior in the Galactic sky.
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Discover the formation, structure, and significance of neutron stars.
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A deep look into the fast radio burst FRB 20221022A and its intriguing properties.
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New surveys reveal insights about pulsar locations and their connection to the Milky Way.
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Highlighting the unique features and observations of the Snake filament in the Galactic center.
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Scientists study HESS J1813-178 to identify gamma ray sources and their origins.
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New method enhances efficiency in analyzing radio telescope data.
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A new approach mitigates radio frequency interference to enhance pulsar data collection.
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Study reveals complex behavior of cyclotron energy in neutron star 1A 0535+262.
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Recent research reveals insights into the Crab Nebula's particle acceleration and emissions.
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Research reveals potential TeV halos linked to pulsars, enhancing our understanding of gamma-ray emissions.
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Exploring the association between pulsars and very high energy gamma ray emissions.
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This study examines factors affecting pulsar mass, radius, and stability.
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An overview of strange quark stars and their intriguing properties.
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New insights into dark matter through gravitational wave detection.
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Examining pulsars reveals secrets about gravity and matter in extreme conditions.
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A look into the dense and complex world of neutron stars and their cores.
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This study examines pulsars and their significance in understanding neutron stars.
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Learn about neutron stars, their formation, uniqueness, and importance in astrophysics.
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Hybrid stars blend neutron and quark matter, offering insights into extreme physics.
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New insights challenge previous understandings of the Crab Nebula's brightness and energy.
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Pulsar signals provide insights into black holes and gravitational dynamics near Sagittarius A*.
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Research explores ultralight dark matter's effects on pulsar behavior for insights into the universe.
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New findings reveal additional galactic supernova remnants through advanced radio surveys.
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An exploration of how kicks affect the motion of stars and their evolution.
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This article discusses neutron and proton interactions within pulsars.
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Recent findings double the known pulsars in the Small Magellanic Cloud.
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Researchers find new pulsars linked to supernova remnants, enhancing our knowledge of neutron stars.
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Studying pulsars to enhance gravitational wave detection and understanding cosmic phenomena.
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Researchers analyze pulsar signals to understand the interstellar medium.
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Fast radio bursts are intriguing signals revealing new insights about the universe.
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Recent JWST observations reveal key details about the Crab Nebula's structure and composition.
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LuNfit enhances understanding of pulsar and RRAT emissions through better signal analysis.
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Recent findings reveal slow-spinning pulsars may emit signals, reshaping our knowledge.
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The study reveals how pulsars help us learn about the interstellar medium.
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