Supernovae Star Formation White Dwarfs Red Giants Binary Stars Massive Stars Star Explosions Star Clusters Neutron Stars White Dwarf Stars Protostars Star Types Element Formation Metal-Poor Stars Binary Star Systems Star Classification Supernova Red Supergiants Binary Systems Dying Stars Nucleosynthesis Triple Star Systems Protoplanetary Disks Young Stars Aging Stars Starquakes Star Collapse Star Death Wolf-Rayet Stars Planetary Nebulae Supernovas Black Holes Stellar Explosions Core Collapse Red Supergiant Stars Brown Dwarfs Population III Stars Stellar Ages Star Explosion End-of-Life Stars Explosion Failed Stars Binary Neutron Stars Star Birthline Red Giant Stars Sun Circumstellar Discs Young Stellar Objects Dimming Ionization Supernova Outcomes Supernova Types Core-Collapse Supernovae Planetary Formation Gravitational Perturbations Energy Production Variable Stars Black Hole Formation Models Star Mergers Massive Star Collapse Metallicity Low Metallicity Stars Neutron Star Formation Main-Sequence Lifetimes Main-Sequence Stars Planetary Consumption Star Systems Stellar Remnants Implications of Discovery Thermonuclear Explosions Star Composition Pulsars Supergiant Stars Type Ia Supernovae Cepheid Variables Supergiants Exoplanets Giant Stars Star Lifecycle Cosmic Events Stellar Mergers Hydrogen Burning Star Observation Nuclear Fusion Supernova Remnants
The newly identified system, located 150-160 light-years away, features a 14-hour orbit and a combined mass of 1.56 solar masses, marking it as a future Type Ia supernova candidate.