The Earth's Magnetosphere Could be Used as a Gravitational Wave Observatory
The magnetospheres of Earth and Jupiter might be used to observe high-frequency gravitational waves.
LISA Will Be a Remarkable Gravitational-Wave Observatory. But There’s a Way to Make it 100 Times More Powerful
A team of researchers with the ESA propose an upgrade for the LISA mission (LISAMax), which could revolutionize gravitational wave astronomy!
China’s Giant Rocket, Dark Big Bang, Next Bright Comet
The official verdict on Artemis 1. Canadian kids discovered something NASA didn’t know. Was there a Dark Big Bang? The next bright comet for 2024.
The Universe May Have Started with a Dark Big Bang
The Big Bang may have not been alone. The appearance of all the particles and radiation in the universe may have been joined by another Big Bang that flooded our universe with dark matter particles. And we may be able to detect it.
Gravitational Wave Observatories Could Search for Warp Drive Signatures
A new study shows how gravitational wave observatories could be used to search for technosignatures throughout the galaxy
A Computer Algorithm is 88% Accurate in Finding Gravitational Lenses
Astronomers have been assessing a new machine learning algorithm to determine how reliable it is for finding gravitational lenses hidden in images from all sky surveys. This type of AI was used to find about 5,000 potential gravitational lenses, which needed to be confirmed. Using spectroscopy for confirmation, the international team has now determined the …
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Gravitational Waves Near a Neutron Star Could Generate Photons
In addition to their intense magnetic fields and copious output of x-ray radiation, neutron stars might have one more trick up their sleeves. They might be able to turn gravitational waves into an extra source of photons.
Astronomers Could Detect Gravitational Waves by Tracking the Moon's Orbit Around the Earth
Detecting gravitational waves by observing the Moon’s motion could help solve one of the greatest mysteries in cosmology.
Astronomers Might Have Detected the Background Gravitational Waves of the Universe
A new data release from a gravitational wave consortium has revealed indications of the long sough-after gravitational wave background (GWB).
Gravitational Waves Could Explain why There’s More Matter Than Antimatter in the Universe
One of the questions underpinning both philosophy and science is “why are we here”? Ask an astrophysicist, and they might answer with an imbalance between matter and antimatter at the beginning of the universe. While that is a (relatively) simple explanation, it then begs the question – why was there an imbalance in the first …