Showing 25 to 36 of 46 results
Dark Energy's Decline Challenges Universe's Fate
New data from the Dark Energy Spectroscopic Instrument (DESI) analyzing 15 million galaxies over 11 billion years suggests dark energy, a mysterious force opposing gravity, peaked when the universe was 70% of its current age and is now declining, challenging the prevailing cosmological model.
Dark Energy's Decline Challenges Universe's Fate
New data from the Dark Energy Spectroscopic Instrument (DESI) analyzing 15 million galaxies over 11 billion years suggests dark energy, a mysterious force opposing gravity, peaked when the universe was 70% of its current age and is now declining, challenging the prevailing cosmological model.
Progress
48% Bias Score
JWST Observation Challenges Cosmological Models: 60% of Early Universe Galaxies Rotate Clockwise
The James Webb Space Telescope (JWST) has observed that 60% of early universe galaxies rotate clockwise, challenging cosmological models and suggesting either a rotating universe within a black hole or a need for recalibrating cosmic distances due to the Doppler effect.
JWST Observation Challenges Cosmological Models: 60% of Early Universe Galaxies Rotate Clockwise
The James Webb Space Telescope (JWST) has observed that 60% of early universe galaxies rotate clockwise, challenging cosmological models and suggesting either a rotating universe within a black hole or a need for recalibrating cosmic distances due to the Doppler effect.
Progress
28% Bias Score
NASA's SPHEREx Telescope Launches to Map the Entire Cosmos
NASA launched the $488 million SPHEREx space telescope on Tuesday from California to map the entire cosmos using infrared light, observing hundreds of millions of galaxies and searching for the building blocks of life in our galaxy; the mission will take two years.
NASA's SPHEREx Telescope Launches to Map the Entire Cosmos
NASA launched the $488 million SPHEREx space telescope on Tuesday from California to map the entire cosmos using infrared light, observing hundreds of millions of galaxies and searching for the building blocks of life in our galaxy; the mission will take two years.
Progress
20% Bias Score
SN 2014C's Unexpected Transition and U-Shaped Circumstellar Material
An international team's study of supernova SN 2014C, located 40–45 million light-years away in the NGC 7331 galaxy, revealed its unexpected transition from type Ib to type IIn supernova, caused by the progenitor star shedding its hydrogen layer before exploding, leaving a U-shaped circumstellar mate...
SN 2014C's Unexpected Transition and U-Shaped Circumstellar Material
An international team's study of supernova SN 2014C, located 40–45 million light-years away in the NGC 7331 galaxy, revealed its unexpected transition from type Ib to type IIn supernova, caused by the progenitor star shedding its hydrogen layer before exploding, leaving a U-shaped circumstellar mate...
Progress
8% Bias Score
Euclid Telescope Observes Rare Einstein Ring, Unveiling Distant Galaxy
The Euclid space telescope captured an Einstein ring around the NGC 6505 galaxy, revealing a distant galaxy 4.42 billion light-years away whose light is gravitationally lensed, showcasing the power of the telescope and confirming Einstein's theory of general relativity.
Euclid Telescope Observes Rare Einstein Ring, Unveiling Distant Galaxy
The Euclid space telescope captured an Einstein ring around the NGC 6505 galaxy, revealing a distant galaxy 4.42 billion light-years away whose light is gravitationally lensed, showcasing the power of the telescope and confirming Einstein's theory of general relativity.
Progress
20% Bias Score
Faster-Than-Predicted Universe Expansion Deepens 'Hubble Crisis'
Recent measurements show the universe is expanding faster than predicted by current models, creating a 'Hubble crisis' due to conflicting results from direct observations and cosmic microwave background analysis; a new study of the Coma galaxy cluster intensifies this discrepancy.
Faster-Than-Predicted Universe Expansion Deepens 'Hubble Crisis'
Recent measurements show the universe is expanding faster than predicted by current models, creating a 'Hubble crisis' due to conflicting results from direct observations and cosmic microwave background analysis; a new study of the Coma galaxy cluster intensifies this discrepancy.
Progress
52% Bias Score
Weakening Dark Energy Challenges Universe's Fate
The Dark Energy Spectroscopic Instrument (DESI) survey suggests dark energy, the force accelerating the universe's expansion, is weakening, challenging the constant dark energy model and suggesting a potential 'big crunch' instead of a 'big freeze'.
Weakening Dark Energy Challenges Universe's Fate
The Dark Energy Spectroscopic Instrument (DESI) survey suggests dark energy, the force accelerating the universe's expansion, is weakening, challenging the constant dark energy model and suggesting a potential 'big crunch' instead of a 'big freeze'.
Progress
36% Bias Score
Spherex Telescope Launches to Map the Entire Sky
SpaceX launched NASA's $488 million Spherex space telescope on Tuesday to map the entire sky in infrared, observing the collective glow of hundreds of millions of galaxies to study galaxy formation and the universe's early expansion; four suitcase-sized sun-studying satellites tagged along.
Spherex Telescope Launches to Map the Entire Sky
SpaceX launched NASA's $488 million Spherex space telescope on Tuesday to map the entire sky in infrared, observing the collective glow of hundreds of millions of galaxies to study galaxy formation and the universe's early expansion; four suitcase-sized sun-studying satellites tagged along.
Progress
20% Bias Score
Euclid Telescope Discovers Einstein Ring, Reveals Dark Matter Composition of Nearby Galaxy
Euclid space telescope captured an Einstein ring around NGC 6505, a galaxy 590 megaparsecs from Earth, revealing a background galaxy 4.42 billion light-years away; the ring's analysis indicates NGC 6505 is approximately 11% dark matter, showcasing Euclid's ability to detect subtle structures.
Euclid Telescope Discovers Einstein Ring, Reveals Dark Matter Composition of Nearby Galaxy
Euclid space telescope captured an Einstein ring around NGC 6505, a galaxy 590 megaparsecs from Earth, revealing a background galaxy 4.42 billion light-years away; the ring's analysis indicates NGC 6505 is approximately 11% dark matter, showcasing Euclid's ability to detect subtle structures.
Progress
40% Bias Score
Euclid Telescope Discovers Exceptionally Rare Complete Einstein Ring
The European Space Agency's Euclid space telescope has discovered an incredibly rare, complete Einstein ring—a nearly perfect circle of light from a distant galaxy bent by the gravity of NGC 6505, 590 million light-years from Earth—providing unique insights into dark matter and dark energy.
Euclid Telescope Discovers Exceptionally Rare Complete Einstein Ring
The European Space Agency's Euclid space telescope has discovered an incredibly rare, complete Einstein ring—a nearly perfect circle of light from a distant galaxy bent by the gravity of NGC 6505, 590 million light-years from Earth—providing unique insights into dark matter and dark energy.
Progress
40% Bias Score
Euclid Telescope Observes Rare Einstein Ring, Reveals Dark Matter Content of NGC 6505
The Euclid space telescope captured an exceptionally well-defined Einstein ring around the galaxy NGC 6505, revealing that about 11% of NGC 6505's mass is dark matter; the ring is light from a distant galaxy (4.42 billion light-years) lensed by NGC 6505 (590 million light-years away).
Euclid Telescope Observes Rare Einstein Ring, Reveals Dark Matter Content of NGC 6505
The Euclid space telescope captured an exceptionally well-defined Einstein ring around the galaxy NGC 6505, revealing that about 11% of NGC 6505's mass is dark matter; the ring is light from a distant galaxy (4.42 billion light-years) lensed by NGC 6505 (590 million light-years away).
Progress
28% Bias Score
Universe's Expansion Rate Challenges Existing Cosmological Models
New measurements using advanced telescopes, including the James Webb Space Telescope, reveal the universe's expansion rate is much faster than predicted by current theories, implying the existence of an unknown force driving this acceleration and challenging our understanding of fundamental physics.
Universe's Expansion Rate Challenges Existing Cosmological Models
New measurements using advanced telescopes, including the James Webb Space Telescope, reveal the universe's expansion rate is much faster than predicted by current theories, implying the existence of an unknown force driving this acceleration and challenging our understanding of fundamental physics.
Progress
52% Bias Score
Showing 25 to 36 of 46 results