Japan’s Underground Telescope Detects “Ghost Particles”: How Neutrinos Reveal the Hidden Universe
The detection of neutrinos—often called “ghost particles”—represents one of the most important frontiers in modern astrophysics.
Topic
Astronomy
25 articles on this topic.
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Neutrinos: Whisperers of the Cosmos
In the cosmic theater, where the grand narratives of celestial phenomena unfold, there exists an ensemble of particles that dance on the fringes of human…
Deciphering Enigmas of Dark Matter Through Gravitational Waves
Relying on computational models, a global group of cosmologists has revealed that scrutinizing gravitational waves emitted from coalescing black holes could…
The closest known black hole to Earth has been discovered by astronomers
A new study claims that the distance between Earth and the black hole that is currently known to exist is only 1,560 light years.
Oldest star clusters in the universe are revealed
The James Webb Telescope (JWST) has been used by a group of Canadian astronomers, including specialists from the Dunlap Institute for Astronomy & Astrophysics…
Energy jet moving 7 times the speed of light breaks the laws of physics
Astronomers have spotted a massive energy burst coming from space, and it looks to be moving at a speed 7 times faster than light.
Unraveling the Enigma That Is Cosmic Antimatter
Soon after the Big Bang, the cosmos was composed of an equal quantity of matter and "antimatter" particles, which are identical to matter but have the…
How Do Scientists Estimate the Size of the Expanding Universe?
Even with the most powerful technology that humanity have access to at this time, mapping out the cosmos is a difficult task.
The heaviest neutron star ever discovered has a mass 2.35 times that of the sun
According to recent studies, a neutron star located south of the constellation Leo is the most massive of its kind yet discovered.
Ghost particles likely originate from galactic nuclei fueled by supermassive black holes
[vc_row][vc_column][vc_empty_space height=”24px”][vc_column_text]Since their initial discovery in 1956, neutrinos have confused scientists due to their lack…
The first unobstructed view of Neptune's rings in over 30 years
Thanks to the James Webb Space Telescope, people on Earth are gaining a completely fresh perspective on the rings of Neptune.
Strange repeated quick radio blast from space appears to be familiar
After studying a sequence of unusual brilliant flashes in a galaxy only 12 million light-years away, scientists had a peculiar case of déjà vu.
Using the 'nearest neighbour' method, researchers discover eleven previously unknown space anomalies
A group of researchers recently found 11 anomalies that had previously been unnoticed, and seven of those anomalies have the potential to become supernovae in…
Exoplanets that lose their atmospheres may evolve into super-Earths
It is possible that mini-Neptunes and super-Earths share a great deal more in common than their status as superlatives.
Now we understand how to locate planets orbiting dead stars
We are now able to detect whether or not there are planets circling around dead binary stars thanks to the research that was conducted at a university in Mexico.
Gigantic black holes produce little, ghost-like particles
Blazars, the gas-consuming black holes at the heart of galaxies, may produce the majority of the neutrinos that Earth detects.
How data from the James Webb Space Telescope have already uncovered surprises
Massimo Pascale did not intend to investigate the SMACS 0723 galaxy cluster. However, as soon as he saw the cluster glistening in the first image captured by…
Clouds in the Milky Way's plasma bubbles originated far beyond the stellar disk
Huge plasma bubbles emanating from the heart of the Milky Way may include debris from the entire galaxy and beyond.
Astronomers reveal that the first exoplanets discovered thirty years ago may be "extraordinarily" rare
Astronomers identified the first exoplanets near a pulsar, a fast-revolving star, thirty years ago.
The farthest rotating galaxy dates back 13.3 billion years
In the distant past of the cosmos, there is a galaxy that is observed to be whirling around faster than any other galaxy that has ever been observed doing so.
The James Webb Space Telescope will provide unprecedented views of the cosmos
Ahead of the greatest premiere in the history of astronomy, NASA has revealed the cosmic A-list that will be seen through the lens of its enormous new space…
How we would see the Sun if our eyes could see neutrinos
[vc_row][vc_column][vc_column_text]Our eyes are able to detect light, photons, but nothing else.
Neutrinos is a term used in astronomy
We’ll be delving into the strange and fascinating world of astronomy lingo in this series! Today’s theme, neutrinos, will be barely visible!
Is astronomy about to reach a golden age in Europe?
Due to the coming together of two large groups of astronomers in a new effort, groundbreaking findings about gravity waves, black holes, cosmic rays…