天文学家发现无线电脉冲来自白矮星和红矮星系统, 而不是中子恒星。 Astronomers find radio pulses come from a white dwarf and red dwarf star system, not neutron stars as thought.

天文学家发现神秘的无线电脉冲 被称为长时期瞬间脉冲 起源于白矮星和红矮星的二元系统 距离1 645光年远 Astronomers have discovered that mysterious radio pulses, known as long-period transients, originate from a binary system of a white dwarf and a red dwarf star, 1,645 light-years away. 这一发现发表在《自然天文学》上,挑战了先前关于这些信号来自中子恒星的理论。 This discovery, published in Nature Astronomy, challenges previous theories that these signals came from neutron stars. 系统名为ILT J1101+5521每125.5分钟就会发出一波无线电波, 提供了对这些波的起源的新见解, 并表明类似的现象可能是由白矮星的双重相互作用引起的. The system, named ILT J1101+5521, emits bursts of radio waves every 125.5 minutes, providing new insights into the origins of these bursts and suggesting that similar phenomena could be caused by binary interactions involving white dwarfs.