A new study published in the journal Astronomy & Astrophysics presented an exciting new discovery: a ‘cosmic tunnel’ in space in close proximity to our planetary system. This tunnel is thought to be part of a larger cloud of hot
Read Full ArticleJWST is renowned for discovering young, bright galaxies in the very early cosmos. How such areas, bursting with stars, formed so very quickly and survived is enticing scientists to rethink cosmic progression. A recent study published in MNRAS Letters uses
Read Full ArticleIn the early Cosmos, long before they should actually have had time to grow, astrophysicists have found what they're terming 'red monsters': three large galaxies, nearly as big as the Milky Way. It's a startling discovery for various reasons –
Read Full ArticleNew findings captured by JWST (the James Webb Space Telescope) suggest the cosmos is older by almost two times than what scientists previously believed. For years, cosmologists believed the cosmos was around 13.8 billion years old. But new research which
Read Full ArticleHow did life on Earth initiate? Is there life thriving on other worlds? An answer to either question will reflect very heavily on the other. These two above mentioned questions have an outstanding pedigree as human beings have been asking
Read Full ArticleThe odds of intelligent life emerging in our cosmos—and in any hypothetical ones beyond it—can be estimated by a fresh theoretical model which has echoes of the celebrated Drake Equation. This was the formula that Dr. Frank Drake, an American
Read Full ArticlePrimordial black holes could one day help scientists locate invisible dark matter, suggests new theoretical research. New theoretical research suggests that dark matter could actually produce faint flashes of light when interacting with tiny black holes. These flashes could someday
Read Full ArticleFrom the winding down of clocks to the demise of stars, everything seems fated to ultimately grind to a halt. But there's one really, really colossal thing to which this doesn't seem to apply, at all. That's the Universe itself,
Read Full ArticleIt's hard to understand how supermassive black holes were able to grow so big so rapidly. But with the discovery of a low-mass supermassive black hole (SMBH) consuming material at an extreme rate, seen merely 1.5 billion years after the
Read Full ArticleThe study of X-ray emission from astral objects reveals secrets about the Cosmos at the smallest and largest spatial scales. Celestial X-rays are produced by black holes consuming proximate stars, emitted by the million-degree gas that fills the space between
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