X ray Telescope Catches ‘Spider Pulsars’ Devouring Stars Like Cosmic Black Widows

An X-ray telescope is a specialized instrument designed to detect and observe X-rays emitted by celestial objects in space. Unlike traditional optical telescopes that observe visible light, X-ray telescopes are built to capture high-energy X-rays, which are invisible to the human eye.

These telescopes use mirrors or other focusing techniques to gather and concentrate incoming X-rays onto detectors. Due to the nature of X-rays, traditional lenses used in optical telescopes cannot focus them like they do visible light. Instead, X-ray telescopes often use grazing-incidence mirrors or nested mirror shells that can reflect X-rays onto detectors.

X-ray telescopes are crucial in studying extremely hot regions in the universe, such as active galactic nuclei, supernova remnants, black holes, neutron stars, and other high-energy phenomena. These objects emit X-rays due to their extreme temperatures and energetic processes, providing astronomers with valuable insights into the most violent and energetic events occurring in space.

Well-known X-ray telescopes include Chandra X-ray Observatory (NASA), XMM-Newton (ESA), and NuSTAR (NASA). These telescopes have significantly contributed to our understanding of the universe by capturing and studying X-rays from various cosmic sources.

We Dive into the cosmic drama as X-ray telescopes capture ‘spider pulsars’ in action, devouring stars like cosmic black widows. Explore the captivating and mysterious world of pulsar phenomena with groundbreaking astronomical observations.

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