Space

Recent advances in astronomical observations have shed new light on a significant period in the Universe’s early history—the cosmic dawn. This epoch marks a transformative phase when primordial darkness gave way to the first glimmers of light, revealing the important roles played by small dwarf galaxies. Research led by an international team utilizing the powerful
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Jupiter, the giant of our solar system, presents a unique challenge to our understanding of planetary science. Unlike Earth, with its solid terrain and familiar landscapes, Jupiter lacks a traditional surface. This gas giant, primarily composed of hydrogen and helium, raises fundamental questions about planetary formation and composition. How can a planet exist devoid of
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In August 2017, astronomers were graced with an extraordinary spectacle that would further complement our understanding of the cosmos: the collision of two neutron stars. This landmark event, observed worldwide by various telescopes, was marked by the subsequent formation of a black hole and a kilonova explosion, named AT2017gfo. The unique features of this cosmic
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The recent launch of LignoSat, the world’s first wooden satellite, marks a groundbreaking moment in space exploration. This innovative spacecraft was launched on a SpaceX rocket as part of a resupply mission to the International Space Station (ISS). Developed by researchers at Kyoto University, LignoSat represents a significant leap forward, both in materials science and
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In the vast canvas of the universe, some celestial bodies exhibit behaviors that are not only mesmerizing but also challenge our understanding of fundamental astrophysical principles. One such captivating discovery is that of the binary star system 4U 1820-30, located an impressive 27,400 light-years from Earth. Here, a neutron star engages in a remarkable display
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In the annals of space exploration, few companies have captured the imagination like SpaceX, particularly during its formative years when risks were high and outcomes uncertain. Eric Berger, a keen observer and chronicler of the aerospace sector, has documented these audacious undertakings in his latest book, “Reentry: SpaceX, Elon Musk, and the Reusable Rockets that
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The universe constantly astounds us with its grandeur and complexity, and new findings continue to challenge our long-held assumptions about cosmic phenomena. Recent research has shifted the narrative on the origin of high-energy gamma rays, traditionally thought to originate from supermassive black holes in distant quasars, to an astonishing and much closer source: V4641 Sagittarii,
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In Norse mythology, the prophesied event of Ragnarök heralds an apocalyptic end, where the terrifying wolf Sköll consumes the Sun, plunging the world into darkness. This dramatic imagery of cosmic consumption poses an interesting contrast to a phenomenon observed in the universe—the Dark Wolf Nebula. Located 5,300 light-years from Earth, this enigmatic structure stands as
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In 1886, German philosopher Friedrich Nietzsche posited a profound concept: “If you gaze for long into an abyss, the abyss gazes also into you.” Fast forward nearly 140 years, and it becomes apparent that we are, indeed, peering into an abyss of unimaginable scale—a vast expanse of space spanning 80 million light-years. Interestingly, in our
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While the supermassive black hole at the heart of our galaxy, Sagittarius A*, is generally a stable and quiet celestial body, the surrounding environment tells a different story. The Milky Way’s center is fraught with dynamic cosmic activity, characterized by high-energy events and mysterious astronomical phenomena. Among these is an intriguing new discovery referred to
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