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NASA Successfully Integrates Telescope and Instruments for Roman Space Mission
NASA has successfully integrated the telescope and instruments for the Nancy Grace Roman Space Telescope, marking a major step towards its 2027 launch. The mission will explore dark energy, exoplanets, and other cosmic phenomena with state-of-the-art instruments like the Wide Field and Coronagraph instruments. The payload has been assembled at the ...
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Two Airplane-Sized Asteroids Flying Past Earth At Alarming Speed Today
Space enthusiasts are in for a major cosmic event on Friday as NASA said that two aeroplane-sized asteroids -- 2024 XW15 and 2024 XC16 -- are all set to fly past Earth.
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NASA's SPHEREx Mission to Map the Sky in 3D Set for February 2025 Launch
NASA's SPHEREx mission, set to launch in February 2025 on a SpaceX Falcon 9 rocket, will create a 3D map of the sky, examining hundreds of millions of galaxies to study the universe’s inflation phase. It will also explore the "collective glow" of distant galaxies and life-essential molecules like water and carbon dioxide in the Milky Way. The mis...
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Cosmic Rays Could Erase Signs of Life on Mars, Study Reveals
A new study highlights how cosmic radiation is destroying signs of ancient life on Mars. Organic materials like lipids degrade quickly under radiation, especially in salt-rich environments. Scientists suggest future Mars exploration should focus on deeper drilling, such as ESA's upcoming Rosalind Franklin Rover mission, to avoid surface radiation e...
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ISRO’s AstroSat Observes First-Ever Nuclear Explosion in Andromeda Galaxy
Using the Ultraviolet Imaging Telescope (UVIT) aboard ISRO’s AstroSat, scientists have identified far-ultraviolet emissions from 42 novae in the Andromeda Galaxy. This marks the first detection of such emissions during their outbursts, offering new insights into the processes of stellar explosions. Four of these novae were observed in real-time a...
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Arecibo Observatory Data Helps SETI Uncover Secrets of Pulsar Signals and Cosmic Distortions
Data from the now-collapsed Arecibo Observatory continues to drive major discoveries in space science. Sofia Sheikh and her team from the SETI Institute utilised archived data to investigate the signals of pulsars—dense neutron stars emitting radiation like cosmic lighthouses. Their study focused on how these signals are distorted by interstellar...
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Scientists Predict Ultramassive Black Holes Can’t Grow Beyond 100 Billion Suns
Scientists led by Dr Priyamvada Natarajan from Yale University have discovered that ultramassive black holes likely cannot exceed 100 billion solar masses. These giants regulate their own growth by emitting gas jets that heat and expel surrounding material, cutting off their gas supply. Additionally, the team is exploring intermediate-mass black ho...
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Scientists Discover First Astrosphere Around Sunlike Star: What You Need to Know?
Astronomers have made a groundbreaking discovery by detecting the first-ever astrosphere around a sunlike star. The astrosphere, a protective bubble formed by stellar wind, was detected around HD 61005, providing insights into early solar activity and its role in shielding planets from cosmic radiation. This discovery offers a glimpse into the Sun'...
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Astronomers Explore Moon as Vantage Point for Space Studies: Report
A recent symposium at the Raman Research Institute (RRI) in Bengaluru brought together over 60 scientists and researchers to discuss the Moon’s role as a vantage point for advanced astronomical studies. Organised by RRI and the U.R. Rao Satellite Centre (URSC) of ISRO, the three-day event focused on leveraging the Moon’s unique environment for ...
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Here's How Our Solar System Could Capture Interstellar Objects And Rogue Planets
The key to this phenomenon lies in the concept of phase space, a mathematical representation that describes the state of a dynamical system like our solar system.
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Researchers Propose Evidence of Primordial Black Holes in Cosmic Objects and Earthly Materials
A study led by the University at Buffalo suggests primordial black holes (PBHs), formed in the early universe, could leave traces in both cosmic and terrestrial objects. Researchers believe PBHs, which are much smaller than stellar black holes, might leave hollow structures in celestial bodies like asteroids or moons. Additionally, passing through ...
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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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Dark Matter Could Be Linked to a ‘Dark Big Bang’, New Study Suggests
New research suggests that dark matter may have originated from a "Dark Big Bang," a cosmic event distinct from the standard Big Bang. Proposed by scientists at Colgate University, the theory explores scenarios where dark matter could have been introduced into the universe up to a year after the initial Big Bang. Unlike regular matter, dark matter ...
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World's 2nd Fastest Supercomputer Simulates Universe’s Largest Evolution Model
The Frontier supercomputer, the second fastest globally, has completed the most comprehensive universe simulation to date. Led by Argonne National Laboratory, the project used the HACC code to model cosmological hydrodynamics. By incorporating factors beyond gravity, like gas dynamics and star formation, the simulation provides a detailed understan...
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Powerful Cosmic Rays Believed To Be From Nearby Pulsar Discovered
A pulsar which can be at most a few thousand light years away, could be the source of the cosmic rays.
-
NASA Successfully Integrates Telescope and Instruments for Roman Space Mission
NASA has successfully integrated the telescope and instruments for the Nancy Grace Roman Space Telescope, marking a major step towards its 2027 launch. The mission will explore dark energy, exoplanets, and other cosmic phenomena with state-of-the-art instruments like the Wide Field and Coronagraph instruments. The payload has been assembled at the ...
-
Two Airplane-Sized Asteroids Flying Past Earth At Alarming Speed Today
Space enthusiasts are in for a major cosmic event on Friday as NASA said that two aeroplane-sized asteroids -- 2024 XW15 and 2024 XC16 -- are all set to fly past Earth.
-
NASA's SPHEREx Mission to Map the Sky in 3D Set for February 2025 Launch
NASA's SPHEREx mission, set to launch in February 2025 on a SpaceX Falcon 9 rocket, will create a 3D map of the sky, examining hundreds of millions of galaxies to study the universe’s inflation phase. It will also explore the "collective glow" of distant galaxies and life-essential molecules like water and carbon dioxide in the Milky Way. The mis...
-
Cosmic Rays Could Erase Signs of Life on Mars, Study Reveals
A new study highlights how cosmic radiation is destroying signs of ancient life on Mars. Organic materials like lipids degrade quickly under radiation, especially in salt-rich environments. Scientists suggest future Mars exploration should focus on deeper drilling, such as ESA's upcoming Rosalind Franklin Rover mission, to avoid surface radiation e...
-
ISRO’s AstroSat Observes First-Ever Nuclear Explosion in Andromeda Galaxy
Using the Ultraviolet Imaging Telescope (UVIT) aboard ISRO’s AstroSat, scientists have identified far-ultraviolet emissions from 42 novae in the Andromeda Galaxy. This marks the first detection of such emissions during their outbursts, offering new insights into the processes of stellar explosions. Four of these novae were observed in real-time a...
-
Arecibo Observatory Data Helps SETI Uncover Secrets of Pulsar Signals and Cosmic Distortions
Data from the now-collapsed Arecibo Observatory continues to drive major discoveries in space science. Sofia Sheikh and her team from the SETI Institute utilised archived data to investigate the signals of pulsars—dense neutron stars emitting radiation like cosmic lighthouses. Their study focused on how these signals are distorted by interstellar...
-
Scientists Predict Ultramassive Black Holes Can’t Grow Beyond 100 Billion Suns
Scientists led by Dr Priyamvada Natarajan from Yale University have discovered that ultramassive black holes likely cannot exceed 100 billion solar masses. These giants regulate their own growth by emitting gas jets that heat and expel surrounding material, cutting off their gas supply. Additionally, the team is exploring intermediate-mass black ho...
-
Scientists Discover First Astrosphere Around Sunlike Star: What You Need to Know?
Astronomers have made a groundbreaking discovery by detecting the first-ever astrosphere around a sunlike star. The astrosphere, a protective bubble formed by stellar wind, was detected around HD 61005, providing insights into early solar activity and its role in shielding planets from cosmic radiation. This discovery offers a glimpse into the Sun'...
-
Astronomers Explore Moon as Vantage Point for Space Studies: Report
A recent symposium at the Raman Research Institute (RRI) in Bengaluru brought together over 60 scientists and researchers to discuss the Moon’s role as a vantage point for advanced astronomical studies. Organised by RRI and the U.R. Rao Satellite Centre (URSC) of ISRO, the three-day event focused on leveraging the Moon’s unique environment for ...
-
Here's How Our Solar System Could Capture Interstellar Objects And Rogue Planets
The key to this phenomenon lies in the concept of phase space, a mathematical representation that describes the state of a dynamical system like our solar system.
-
Researchers Propose Evidence of Primordial Black Holes in Cosmic Objects and Earthly Materials
A study led by the University at Buffalo suggests primordial black holes (PBHs), formed in the early universe, could leave traces in both cosmic and terrestrial objects. Researchers believe PBHs, which are much smaller than stellar black holes, might leave hollow structures in celestial bodies like asteroids or moons. Additionally, passing through ...
-
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...
-
Dark Matter Could Be Linked to a ‘Dark Big Bang’, New Study Suggests
New research suggests that dark matter may have originated from a "Dark Big Bang," a cosmic event distinct from the standard Big Bang. Proposed by scientists at Colgate University, the theory explores scenarios where dark matter could have been introduced into the universe up to a year after the initial Big Bang. Unlike regular matter, dark matter ...
-
World's 2nd Fastest Supercomputer Simulates Universe’s Largest Evolution Model
The Frontier supercomputer, the second fastest globally, has completed the most comprehensive universe simulation to date. Led by Argonne National Laboratory, the project used the HACC code to model cosmological hydrodynamics. By incorporating factors beyond gravity, like gas dynamics and star formation, the simulation provides a detailed understan...
-
Powerful Cosmic Rays Believed To Be From Nearby Pulsar Discovered
A pulsar which can be at most a few thousand light years away, could be the source of the cosmic rays.
