Big Bang Telescopes

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  Radio Signal from Early Universe May Reveal the Masses of the First Stars

  A newly modelled 21-centimetre radio signal from hydrogen atoms just 100 million years after the Big Bang may reveal the mass of the universe’s first stars. Using REACH and the upcoming SKA telescopes, researchers aim to uncover how early starlight shaped cosmic evolution during the Cosmic Dawn, when the universe transitioned from darkness to lig...

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  James Webb Telescope Unveils Largest-Ever Map Of The Universe, Reveals 800,000 Galaxies

  Spanning 98% of the universe's timeline, this comprehensive dataset was made possible by the James Webb Space Telescope's 255 hours of observation.

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  Scientists Observe Light Of "Cosmic Dawn" With Telescope On Earth For The First Time Ever

  Cosmic dawn insights shed light on the universe's early stages, providing an understanding of the universe's origins.

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  NASA’s Chandra Spots Unexpectedly Strong Jet from Distant Black Hole at Cosmic Noon

  NASA’s Chandra telescope has spotted two powerful black hole jets from over 11.6 billion light-years away. Detected during the universe’s cosmic noon, these jets reveal rare high-speed behaviour boosted by Big Bang remnants. The findings, which factor in relativistic effects, shed new light on early black hole growth and will be published in Th...

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  NASA James Webb Space Telescope Discovers Farthest Spiral Galaxy, Reveals Clues About Galactic Evolution

  JWST discovers Zhúlóng, the earliest Milky Way-like galaxy, 800 million years after the Big Bang explosion occurred.

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  What Is Dark Energy? The Mystery Behind The Expanding Universe

  Dark energy makes up roughly 70 percent of the universe, yet we know nothing about it. Around 25 percent of the universe is the equally mysterious dark matter, leaving just five percent for everything that we can see and touch.

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  Water May Have Formed in the Universe 100 Million Years After Big Bang

  A new study suggests water formed in the universe just 100–200 million years after the Big Bang, much earlier than previously estimated. Researchers examined ancient supernovas to understand how oxygen combined with hydrogen to create water. If confirmed, these findings could change perspectives on when the conditions for life first emerged. The ...

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  SPHEREx Space Telescope to Map Cosmos in Infrared Light, Launching in February 2025

  Set to launch in February 2025, NASA’s SPHEREx mission will provide a comprehensive map of the universe in infrared light. The telescope will examine 450 million galaxies and 100 million stars, shedding light on the universe’s formation, early conditions after the Big Bang, and the presence of water in planetary systems. SPHEREx will survey the...

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  NASA’s Webb Telescope Reveals Firefly Sparkle, a Milky Way-Like Galaxy

  The James Webb Space Telescope has captured the Firefly Sparkle galaxy, existing 600 million years after the Big Bang. This rare discovery showcases a galaxy similar in mass to the Milky Way during its early years. Unprecedented details were revealed using gravitational lensing and infrared imaging, highlighting 10 distinct star clusters within Fir...

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  James Webb Telescope Breaks Record with Discovery of Early Galaxies Dating 200 Million Years After Big Bang

  The James Webb Space Telescope has spotted five galaxy candidates dating back to 200 million years after the Big Bang. These findings could transform our understanding of early cosmic evolution. Discovered via gravitational lensing, these galaxies, if confirmed, predate known formations and offer vital insights into the universe’s infancy. Scient...

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  James Webb Space Telescope Reveals That Supermassive Black Holes Might Have Been Created Right After Big Bang

  The James Webb Space Telescope has detected massive black holes from the early universe, just millions of years post-Big Bang. A new hypothesis suggests they could have formed from primordial “seeds” during the chaotic initial moments of the universe, bypassing the need for stellar collapse. This idea challenges traditional theories and may res...

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  Here's How James Webb Space Telescope Helps Us Look Back in Time

  The James Webb Space Telescope allows astronomers to explore the universe’s history by observing light that has travelled across billions of light-years. This unique capability enables scientists to see how galaxies, stars, and other celestial bodies appeared billions of years ago, offering a glimpse into the early stages of the universe. By stud...

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  Black Holes Explosions Driven by Hawking Radiation May Unveil New Physics

  Primordial black holes, potentially formed shortly after the Big Bang, may be undergoing explosions across the universe, driven by Hawking radiation. Physicists believe that capturing these rare events could reveal undiscovered particles and fundamental physics. Dr. Marco Calzà and Dr. João G. Rosa from the University of Coimbra have proposed way...

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  Astronomers Identify Black Hole Consuming Matter 40 Times Its Theoretical Limit

  Astronomers using NASA's James Webb Space Telescope have discovered LID-568, a black hole that is consuming matter at a rate over 40 times the theoretical Eddington limit. This discovery, made in a galaxy formed only 1.5 billion years after the Big Bang, sheds light on how supermassive black holes might have evolved rapidly in the early universe. R...

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  James Webb Space Telescope Uncovers Inside-Out Galaxy 700 Million Years After Big Bang

  The James Webb Space Telescope has revealed a unique “inside-out” galaxy from 700 million years after the Big Bang. Unlike most galaxies, JADES-GS+53.18343−27.79097 has stars forming rapidly at its outskirts rather than at its core, providing the earliest evidence of predicted galaxy growth patterns. Researchers used JWST’s advanced Near-In...