supermassive black holes lurk at the centers of most galaxies, including our own milky way.
质量巨大的黑洞潜伏在大多数星系的中心，包括我们的银河系。
the event horizon marks the point of no return for anything caught in a black hole's gravitational grip.
事件视界标志着任何被黑洞引力捕获的物体都无法返回的临界点。
black holes warp the fabric of space-time, creating effects that challenge our understanding of physics.
黑洞扭曲时空结构，产生挑战我们物理认知的效应。
scientists have detected gravitational waves produced when two black holes collide and merge.
科学家探测到两个黑洞碰撞合并时产生的引力波。
black holes can grow by absorbing nearby matter and gas through their powerful gravitational pull.
黑洞可以通过其强大的引力吸收邻近物质和气体而不断增长。
the singularity at the center of a black hole represents a point where known physics breaks down.
黑洞中心的奇点代表了已知物理定律失效的临界点。
some black holes are cosmic devourers, consuming entire stars that wander too close.
一些黑洞是宇宙中的吞噬者，靠近的恒星会被它们完全吞噬。
astronomers study black holes by observing the behavior of stars orbiting around invisible companions.
天文学家通过观察环绕不可见伴星的恒星运动来研究黑洞。
hawking radiation theory suggests that black holes can slowly evaporate over immense timescales.
霍金辐射理论提出黑洞可以在极其漫长的时间尺度上缓慢蒸发。
black holes distort light from background stars, creating gravitational lensing effects.
黑洞使背景恒星的光线发生扭曲，产生引力透镜效应。
the formation of stellar-mass black holes occurs when massive stars collapse at the end of their lives.
恒星质量黑洞是在大质量恒星生命周期结束时通过坍缩形成的。
black holes in binary systems can strip matter from companion stars, creating luminous accretion disks.
双星系统中的黑洞可以从伴星上剥离物质，形成明亮的吸积盘。
supermassive black holes lurk at the centers of most galaxies, including our own milky way.
质量巨大的黑洞潜伏在大多数星系的中心，包括我们的银河系。
the event horizon marks the point of no return for anything caught in a black hole's gravitational grip.
事件视界标志着任何被黑洞引力捕获的物体都无法返回的临界点。
black holes warp the fabric of space-time, creating effects that challenge our understanding of physics.
黑洞扭曲时空结构，产生挑战我们物理认知的效应。
scientists have detected gravitational waves produced when two black holes collide and merge.
科学家探测到两个黑洞碰撞合并时产生的引力波。
black holes can grow by absorbing nearby matter and gas through their powerful gravitational pull.
黑洞可以通过其强大的引力吸收邻近物质和气体而不断增长。
the singularity at the center of a black hole represents a point where known physics breaks down.
黑洞中心的奇点代表了已知物理定律失效的临界点。
some black holes are cosmic devourers, consuming entire stars that wander too close.
一些黑洞是宇宙中的吞噬者，靠近的恒星会被它们完全吞噬。
astronomers study black holes by observing the behavior of stars orbiting around invisible companions.
天文学家通过观察环绕不可见伴星的恒星运动来研究黑洞。
hawking radiation theory suggests that black holes can slowly evaporate over immense timescales.
霍金辐射理论提出黑洞可以在极其漫长的时间尺度上缓慢蒸发。
black holes distort light from background stars, creating gravitational lensing effects.
黑洞使背景恒星的光线发生扭曲，产生引力透镜效应。
the formation of stellar-mass black holes occurs when massive stars collapse at the end of their lives.
恒星质量黑洞是在大质量恒星生命周期结束时通过坍缩形成的。
black holes in binary systems can strip matter from companion stars, creating luminous accretion disks.
双星系统中的黑洞可以从伴星上剥离物质，形成明亮的吸积盘。
探索常用高频词汇